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测绘类英语词汇A-H

A' _( |+ j+ s! _) c

$ f) B8 G( C% a+ w3 _======================================================9 m0 H5 v3 x: t* u% Q0 [
6 q7 E! k  Z. a3 k3 I6 o- y3 G
阿贝比长原理    Abbe comparator principle
9 q2 E% c9 x% u% s8 T
- C$ y! r8 b% J6 Q3 p绝对误差    absolute error 5 v/ i4 a7 X* m) M5 ]) \
- g9 l( A# B# j, v
绝对航高    absolute flying height $ V# J; i2 ^" V+ K8 e
3 H; Y$ Z" p2 T, J
绝对重力仪    absolute gravimeter
& X8 q, f( }8 J# H. u2 I4 l* z/ \; c% D# ~7 n
绝对重力测量    absolute gravity measurement ) |' W* s( ?7 g7 Q/ l& K

% x* j. v& J2 S% y' J绝对定向    absolute orientation & e1 c' N. f/ d1 C

: h5 r. H/ `* V# E1 x绝对阈    absolute threshold
+ ]* p% x7 T: q+ l. P$ `" Z! G- Z6 o
$ b9 l: n' E% `/ ?; i/ f* N, M+ w抽象符号    abstract symbol
" @" ~7 k5 i9 B7 T/ A+ j& D) m. G( }3 O" n1 ?  L. f
偶然误差    accident error
$ o* n9 h5 Z6 A5 X. g, j) p5 d% y" p& {9 D: E- X- D
准确度    Accuracy 0 s4 q* r, e+ |
- T. K/ z" L$ t1 n/ X  |5 V! A; }
色盲片    achromatic film
6 L- x6 }" }+ i2 Y$ O2 S
* q6 N7 z0 t! o海底声标    acoustic beacon on bottom + Z8 ?6 u$ |6 m3 R7 |

7 ?6 Z& G0 I" ^9 y$ w声学多普勒海流剖面仪    acoustic Doppler current profiler ' _/ `" g% t3 U* m. d& ?
. T4 D5 I- U( i$ E. H  m# Y  y
水声全息系统    acoustic holography system 8 h$ E  _, d6 b

6 r" ]0 d, |$ {" c水声定位    acoustic positioning
: v4 k2 L6 s8 g8 j2 W& C2 q8 X. F
- f4 O0 b' V; Q& D& v水声定位系统    acoustic positioning system
& E8 h# G# F! I  [* Q  T% p, `) e! U3 W& z
水声应答器    acoustic responder
) D# F. {, S- @1 U* r6 z8 K) Q; o/ I+ l  ?1 F. ]
声学水位计    acoustic water level
" U; n9 w# ~: n
  B% i6 u! i7 i4 b+ J; q7 f主动式遥感    active remote sensing 6 Y+ X0 p. [& `% Y/ ^
" L% y4 c1 X+ V3 H# A
适应性水平    adaptation level
+ O9 W7 ?' K, X# W8 z% }* M+ R* k6 e1 n/ w0 s" Y5 R, A) I6 v
声学多普勒海流剖面仪    ADCP
. R2 b" n$ x7 m( v) E4 b, P
7 r) d1 c' ?! U) |- i! E2 G加常数    addition constant
5 p2 s+ e. h" x7 Y1 G; i% w/ l' O$ P8 x+ b2 Q  G& w! l8 k
附加位    additional potential 4 u/ [# W% q5 v9 o; Y$ _
" O3 \& Y) A9 X; x6 g1 m6 O4 ^5 [
坑道平面图    Adit planimetric
- E) ~2 {% F" u' H6 Y
4 ~: E0 J1 W  `& G6 b坑探工程测量    Adit prospecting engineering survey
+ E! T+ P# P& L3 M# T2 j
5 ]- `4 s1 p) M! X平差值    adjusted value 8 |6 b' w4 a# F6 ]* {. u, U( H; L1 z

$ E5 Y. ^. l: o% L# R5 _5 D6 n9 [结点平差    Adjustment by method of junction point
. r$ P# W3 z6 |. T0 x
8 a  O& M: c* Y+ K" K% w多边形平差法    Adjustment by method of polygon ( I. D: i+ Y8 K7 B1 ^1 T
  p  M1 e6 [, {! [. @# z3 r7 N5 M
天文大地网平差    Adjustment of astrogeodetic network 5 q. w$ f( C. X- p

8 V0 m4 f7 q7 h' s, r( t# H2 W相关平差    Adjustment of correlated observation
# {1 X3 _" `7 j$ `, y9 j* X* g& d+ g1 k3 ?' C
测量平差    adjustment of observation   Y7 i+ x6 L5 ~4 D! r

* d/ N, p6 h: O, A典型图形平差    adjustment of typical figures
" n' _- S" ]2 `. V' ~$ N2 m; O# c! Y
行政区划图    administrative map + U  d( o0 A! n8 r* t
: @) ^* _2 y/ E
航空摄影机    aerial camera : V% ?* K$ F! |; f+ c5 `9 z1 Y3 ?

7 s% k1 \& |" F6 r航摄软片    aerial film
4 V3 M7 f" t) t% T% q* T; r, q; X& J' @2 b
航空摄影测量    aerial photogrammetry
- \0 Z2 y! y! {. O1 o
/ w/ E% _# V5 @+ ?! X航摄像片,航空像片    aerial photograph
8 N$ ~* R6 u! H9 p6 Y0 a
/ Z8 v7 d' R: [4 F4 I航摄漏洞    aerial photographic gap
9 @& z. h& H. ]# L/ Y! z3 b  P
7 p# A5 }1 ]1 ]6 @; y航空摄影    aerial photography
! F  j8 ?; ~9 f8 P+ r
4 z7 |" `- O! u. ~. I航空遥感    aerial remote sensing
# n0 ]1 w5 D+ _
7 b' {. x7 S' o& r8 h4 D航空摄谱仪    aerial spectrograph
, M! R- ^6 T4 J
' r$ `, I. g, V# L, d空中水准测量    aeroleveling
% t4 o: q% ~& W4 ~4 o/ o航空图    aeronautical chart & |( I" E5 o" S( A: u$ u

! I9 v1 T9 L, `$ l空中导线测量    aerophotogonometry , ~1 o' E, M/ y% w# I+ K4 E
% K  k" f3 g3 T( l# ^8 L
航空摄影测量    aerophotogrammetry   f1 i+ P6 p6 n

% o! U# v% |# M空中三角测量    aerotriangulation
, G5 ~' N; f8 D: x- U. J4 r5 ]- \7 C, Z
& F# H0 P* j! D/ d6 x变换光束测图    affine plotting 4 n% c) o. I( X1 z: o6 J
) [' w1 u1 k  c- v
仿射纠正    affine rectification 1 O0 i8 ^' n* Z( m

4 r! r) p0 _7 B% q拖底扫海    aground sweeping / ]4 f1 u# \6 c- E5 a  n  @
, Q2 O" Z3 v" ^9 g* m9 i
摄影基线    air base % x( P2 h! g7 s. D6 _1 S! W3 P1 P

# S* f, N( B4 l4 f4 ~$ }- J0 {航空重力测量    airborne gravity measurement 2 |$ `* t$ n/ l( ^' N
3 h6 v* n! T. @! k$ m
机载激光测探    airborne laser sounding
/ g- T- E6 t: j# w) s  h( R: q# M3 L; O, e# @/ r. R3 n
机载遥感器    airborne sensor # s: H' ~4 \# m% i5 w1 ^: i
9 X  A4 W* @  r3 C! @3 M1 q# x
机场跑道测量    airfield runway survey
- X& c- G: W7 i5 w机场测量    airport survey
" @, V9 \$ X8 x1 T4 b+ r. z$ j
定线测量    Alignment survey , b5 N7 z. Y6 e/ l  T% R$ }
" S& c/ V* z& m3 {. k
测高仪    Altimeter
$ K. p1 P$ h7 |3 }4 y8 B7 t% c% z0 V
. b( r+ @% y2 D  D高度角    altitude angle
: V& |* j2 U) L) y3 W7 L8 m7 w& v) o! W
分潮振幅    amplitude of partial tide
$ p; K9 X9 o  w
! _/ B* s$ b: ?$ c互补色地图    anaglyphic map . D) K! B) J  P" Y  S' l% j. Z: |

! t1 ?  N0 K/ `3 N' Y互补色立体观察    anaglyphical stereoscopic viewing
% m; i* ], r/ S4 i. y9 L. S
; n8 u: m% v( J( w" q互补色镜    anaglyphoscope   {, n4 n4 P* z5 L, K! A! Q0 J
  k4 n* ?! K1 p+ u7 F' _- N2 T6 z
模拟空中三角测量    analog aerotriangulation
1 m6 H$ r$ u% I1 G- _4 n4 W8 ~
4 N( Y- J3 t7 N模拟地图    analog map
7 d/ W! P6 k8 R" G/ \) G3 Q& @4 C1 r; S. Y2 O. c
模拟法测图    analog photogrammetric plotting % l' t# A; O* G& a
- C3 n. T# @. H/ ?* x
模拟摄影测量    analog photogrammetry
; y! i8 ~  E+ ^2 k$ J9 ?3 K3 M2 \) J/ _0 Y) X; W6 w" l
模拟立体测图仪    analog stereoplotter ; q, L" G( H5 W/ H: `- \1 z
( A8 ~5 J9 E/ o6 q/ {
模拟磁带    analog tape 3 n# g4 m7 G% C& M1 p

" z- H" G' H3 M) F卫星共振分析    analysis of satellite resonance ( N$ b1 k  _& O% U6 b) ^# I" X9 T

% V) i/ A  H( \  _! `* n0 h. W解析图根点    analytic mapping control point 3 K* g% Q% |: `
- Z3 i+ Z* f+ |9 A3 {: K
解析空中三角测量*电算加密    analytical aerotriangulation
1 F1 U. e7 R2 j  q' ^" _, o; }( b( `6 ^
分析地图    analytical map . c# Q; X7 h- l
5 `" j& o1 Y5 `3 i
解析测图    analytical mapping % T, g5 g$ e+ t. A9 H
6 Z( ~# M- ^. ^& I
解析定向    analytical orientation
3 \) y' |/ R" ^2 P& z7 v: E6 Y2 d) ^% }2 s
解析摄影测量    analytical photogrammetry / j- G$ B. u0 }  L0 Y& L
: d  T  u& w$ C  W6 v1 T5 ?& p
解析测图仪    analytical plotter . e  X" }% A6 A' X! H+ ^2 B
4 e" g% d* j* j0 j- G1 r; C
解析纠正    analytical rectification 4 s9 G& F. f9 L
& u, v* |% Z2 b( p8 q# @$ K
运动方程分析解    analytical solution of motion equation 3 ?3 e( K- a7 z$ d# m
6 z# {4 k( I# w. A2 t% C+ i* a
锚地    Anchorage . S2 H% {+ t7 F) b
- \) C) Z' Q  W$ F2 S. T
锚位    anchorage berth
7 b% W5 ?2 a+ m: {9 X8 ~. y/ g  ]- p7 A& Z% h; o8 d1 |5 T; h
禁[止抛]锚区    anchorage-prohibited area . `* Y4 i. [4 V& D
; O1 R: x3 b5 q' V+ J/ q1 Z
古地图    ancient map # @( I* R1 v  e; F% Y( V/ ~

$ ~: ]9 |$ R- K: @1 v6 x2 C导线角度闭合差    angle closing error of traverse # v1 Q( H% y4 E  C8 K1 _* `/ u8 A
! d2 f7 j/ d  a, X
像场角    angular field of view ; b1 T2 d  ]/ {- d) e" {! O; t
动画制图    animated mapping
& y5 B! z: W8 x2 `+ t
1 g: K3 G- l. P7 ?* n3 b动画引导    animated steering
: ^) C" b- h2 f* K, J
5 J8 Y+ o* L; B4 f( s附合水准路线    annexed leveling line 6 k4 `. E+ u! e
3 c; o% E) p3 T
调绘    Annotation
$ O: N; Q" J* q# M/ R
' `+ c8 B3 K9 v磁变年差    annual change of magnetic variation
+ w% c. u, g8 V% P8 G# K+ L
/ [6 E1 c6 ?$ s7 y( ]* M年平均海面    annual mean sea level ' `3 `+ A, V# T- |7 O; A- X

( F+ m2 |' Q: T1 \5 U( `天线高度    antenna height 0 H7 Z) d" I  f( T9 r0 l
# r7 T+ v& @2 J+ @! g
光圈,*有效孔径    Aperture
1 b7 ]* T7 G; e1 a# i4 r
8 C+ `+ ~/ a3 r' B) l视地平线    apparent horizon 6 Z9 x  A$ C9 Z' \1 k- j# ~4 f

9 c* o6 w2 q" }3 W实用地图学    applied cartography $ B& y% z. r1 Z

  S  Q* h. @4 `近似平差    approximate adjustment
4 v9 O! E2 w: _5 c5 m( h* R
+ n, j: p) H1 g" G任意轴子午线    arbitrary axis meridian # I) ]9 N+ l' H# ~& y# I: j
任意投影    arbitrary projection
% ]4 L: `( R; w8 |7 J; i7 F% {# f( B/ M* x
任意比例尺    arbitrary scale # p' \3 _% f3 q
! n) L" N7 a7 O4 {0 o2 i2 N4 [4 d: g! j
考古摄影测量    archaeological photogrammetry $ t/ T- c8 w$ [0 U

, Z# _8 v' ~: \% ^建筑摄影测量    architectural photogrammetry
0 w4 Q7 f' w( ]) [. S8 m$ h
7 A$ U% {# m, Q- }4 {1 J4 B高斯投影方向改正    arc-to-chord correction in Gauss projection
6 a$ E8 \% I1 R/ i7 z: n$ t6 ]' h7 J: i6 |0 g" e
面水准测量    area leveling + s" x; [# N5 s8 X1 K7 t
1 X7 T3 n) S% V- i0 S5 k
范围法    area method ! a! X1 d/ ^+ [
5 v! T( h3 a9 w0 ?
面状符号    area symbol # Q) X/ x! _; q1 y

" i! `# r* q0 |4 C# }运动线法    Arrowhead method ! ^, t3 |: o" C; x% ^' S/ K

$ c* y1 J3 l( ~  N. a8 z人工标志[点]    artificial target & e- J3 o  y4 Z. p/ S5 r% g
7 b  P; W" i2 D0 n- Y" N( u
整体感    associative perception ( r; @# ^9 `1 \& ^/ K& f9 A
+ v( ?, l$ Y  g5 s7 z7 [
假定坐标系    assumed coordinate system 9 I0 S6 I) s1 h$ g/ n
# O6 Z* A: C" G7 l  a
深度基准面保证率    assuring rate of depth datum ) g& ]# Y# B1 j# s" u2 S

! f, G6 Z7 J3 B: u1 x- g天文大地垂线偏差    astro-geodetic deflection of the vertical ' n  q9 _- y" P& z+ d7 R8 r

$ k- L+ l8 w7 E/ D  j天文大地网    astro-geodetic network 7 ^$ {3 I  T7 e. Z9 ^
+ n' g& [6 H' k1 ]( B
天文重力水准    astro-gravimetric leveling ' C$ {3 S$ G* a8 A  k
9 {- E1 K/ O- i+ `9 S
等高仪    astrolabe ) M! Y# O/ {- r" `1 z' @8 |
- V5 J( o* I  \1 L( H4 u
天文年历    astronomical almanac
" {3 a: L; v; Y+ ^/ P( ~; ^2 d/ T: t5 V0 t. P
天文方位角    astronomical azimuth
- h  f+ o8 i$ W$ }! d8 ]9 B2 N+ p
+ z) R' u/ F' l" L! ~天文坐标测量仪    astronomical coordinate measuring instrument
% l, R, K. I& \8 P7 ~8 f
6 {3 H# E& ]# W! j/ E天文年历    astronomical ephemeris
- I- N* y% f( ]8 N$ }  L" W& H* s, x% T
天文纬度    astronomical latitude 1 {7 v) Q6 X# `$ }

* e0 D7 p/ N- a* P天文水准    astronomical leveling # ?& r: [# |; \6 ~2 u
( m( p/ \4 _  X8 ?& y4 |
天文经度    astronomical longitude
& y, m0 X& I( d5 t+ Q% Q4 \# K$ d0 P
天文点    astronomical point
2 t& P5 t' O" @6 ~% v( g2 r3 E  q
天文定位系统    astronomical positioning system
6 S) x# g0 V, V) {  P- G0 o# b
/ y: j0 [6 ]+ T: ^# v, G# ]天文经纬仪    astronomical theodolite * v; h1 ~& @8 ]( q' L
6 B& B+ R0 c6 q* k- w$ g1 H" _. b' g
地图集信息系统    Atlas information system
; t( [, |, f! R+ C; \3 w3 q4 s8 @6 v' ]' E( z- Q
大地天顶延迟    atmosphere zenith delay
8 u7 c2 ^' S2 `8 Q/ i. m+ l+ n. \& E& [: y
大气改正,*气象改正    atmospheric correction 5 i! ^7 q" K1 D- _2 K# m  V' E
大气阻力摄动    atmospheric drag perturbation & q8 K' \8 a  S6 n9 [/ L
& f+ ]4 ?- q7 N' p" M% y
大气噪声    atmospheric noise
: G  m# O, n, q% F1 R0 i  R
+ f# _  N9 v6 k. U8 v6 d% P/ s大气透过率    atmospheric transmissivity , B1 n' |$ ^( s7 e3 C( a
' S, X. E/ L' O/ u; w/ g
大气窗    atmospheric window
3 X; y5 P3 A( \+ V( D6 N+ r: S3 s+ I9 a
原子钟    atomic clock
2 t1 N$ ~& @1 v
4 \! x( {1 P# Y6 U; x, X* N姿态    Attitude
3 S( Q4 R. g) R7 a+ L) X7 S. H- S, ]$ i& P0 i
姿态参数    attitude parameter ; v+ ~9 F5 b" k
6 R: k3 ~" s) R/ b. R
姿态测量遥感器    attitude-measuring sensor ) e) k  v/ G+ Q- d: Y3 J# _
6 s& G7 b+ @8 y- c& ]/ g( Z: h
属性精度    attribute accuracy ' }. h- U" H: u2 R
7 d9 V. o5 I- t1 S/ ]) ~7 D9 _7 g
自准直目镜    autocollimating eyepiece 0 p* ]' g- x( V1 a( @
2 m/ r6 i# U4 s8 U3 ]. ^# X# \
动感    autokinetic effect ( k' p  e: M0 J$ }
1 G" {. a# `6 L: [
自动化地图制图    automatic cartography
) |" h4 o4 c# }' }' U# W自动坐标展点仪    automatic coordinate plotter
1 ^2 n8 V  O7 ?5 p: L
' z/ Z! D% x; b$ X2 ?水深测量自动化系统    automatic hydrographic survey system " E/ e4 M3 b3 }( E7 ?8 [, H6 D
  s- M! w9 o% M
自动安平水准仪    automatic level 2 j7 d6 S& M9 C
& j4 W/ I, Z+ h( S7 A
自动绘图    automatic plotting 9 y6 U% T1 O! V# _2 B# ?

3 H0 G5 j. i4 Z2 n% f$ {自动空中三角测量    automatic triangulation
; c6 {7 ^) r3 w! \( F8 P2 H( t" W* V* v1 f
平均误差    average error
$ o, b, ?, W& f: k" m  |6 c' y' l" R6 q! K% Y6 C2 Q3 L- h
极坐标定位方法,*方位距离定位方法    azimuth distance positioning method
1 U' I1 g- P( K1 u( ?: y) j3 z
' p1 m2 N5 r' X) U. t6 [' j; f# b像片方位角    azimuth of photograph 1 d( ^3 N; |& E7 A+ J9 y- e( l% t
2 U/ z9 A3 _4 m; B7 x2 X! y
方位投影    azimuthal projection
: a7 F6 t. c& z' @  z# U7 c1 C2 Q1 U , ?$ Q! ~7 M, L* t
B# F; G. _/ n3 @% j! t
======================================================
4 h  b$ _4 a: L弹道摄影机    ballistic camera
$ G, ]. D# K4 b/ v, `8 W
, `' I- H" ?1 D5 M, C8 r0 U( u( ]9 H弹道摄影测量    ballistic photogrammetry 1 y1 k" S( p" ~$ `0 U

$ ^4 e$ J8 _$ y" }明礁    bare rock 4 M- B) |* a4 c7 z7 g. m! g3 O6 z

  @% @* D% ~6 C8 C6 o0 V基线    base line 6 n. {5 \0 l- j' d

" O$ B) ?& m& J2 X8 z基线测量    base line measurement $ ^  Y) o$ Y( i: a% U
7 b0 Q& O- V) P3 {2 a
基线网    base line network
- Z8 n, I# X! l/ L# N' p' {$ [$ T# c0 w  [" y3 @: {
地形底图    base map of topography
% \0 X4 J- K) |; X5 _$ V9 ]/ u3 ]1 U7 P$ J5 {
岸台,*固定台    base station
. B3 S$ p" H$ k  V6 G* r0 B
5 f- D5 H  v, V基本重力点    basic gravimetric point - x) g0 h6 v, @- V8 T9 C4 J
* m% x" e% C5 v% @# X
基本比例尺    basic scale - H7 E: r+ Z  t' R& l

7 ]4 }1 P4 w% I海底地形图    bathymetric chart
7 F( J( m( s: _8 p. W  ]( ]9 O
, W8 Q- s  p# q: @) H% P( p海底地形测量    bathymetric surveying
5 {, w! C! b( h1 i0 j- T贝叶斯分类    Bayesian classification
/ h% s! e! P% B/ ~* v: D: y
1 D- P9 O' ^& I- m2 ~& `8 _% i立标    Beacon % V6 t0 ~; z  `  }, @7 ]; ]* o

4 n$ p  r; y; r7 j波束角    beam angle
% A9 V: d  W( h8 ?1 Z7 I
) h! a+ Q4 I$ W2 _2 H. Y水准点    Benchmark
) A: m0 q! w! j* v, u7 w, _, K9 ]8 s- k8 o
泊位    Berth
# Z5 E  t# T- {' ^/ ]0 I/ `& w0 D; `, M! J1 K& p' @" T, _2 Z
贝塞尔椭球    Bessel ellipsoid
1 d) F' C$ t. J% P% j: d
2 O5 o0 }3 T+ ^) {) u贝塞尔大地主题解算公式    Bessel formula for solution of geodetic problem
; t2 {' I6 s7 f7 O) B% b! L5 ?8 @$ H& R
中心式快门    between-the-lens shutter ) p, z' ~0 C  }& n) K
" C- d+ W, q; e- [& C. J  v& b
二值图像    binary image , R7 F$ q" ]' _: @$ C

# n: k2 O# w+ ^; ?0 ~) ~- t0 E* _生物量指标变换    biomass index transformation 0 P) y7 c$ `( U( ?+ {7 r: f" j

8 h) W8 x. b( r0 ^3 w. |生物医学摄影测量    biomedical photogrammetry / ^; c2 D7 ^* ^5 @- _

" b8 }$ a3 P8 t2 A4 T' x% `鸟瞰图    bird‘s eye view map
, \" s  x) |7 T3 f  u1 t3 `8 D" z7 O5 ~: N+ v, z% g2 {/ e* s
鸟瞰图    bird's eye view map
. l3 W& g0 p: T/ ?7 w$ Z2 K% h7 u' S6 r7 O
布耶哈马问题    Bjerhammar problem # {) A7 [) ^2 B) Y

" ~6 k' o! Y8 n% y2 J/ A7 u! F黑白片    black-and-white film
8 `6 ]  M5 u( m9 [4 }/ ?3 r! ?% |4 d+ O- r/ h+ L4 X
黑白摄影    black-and-white photography 2 _/ h8 ?$ U( u9 ^5 v" U4 M
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闪闭法立体观察    blinking method of stereoscopic viewing
# ?' y* K" M, g( b
0 |. }# `$ ^7 i4 H8 }! d8 ?3 J- t区域网平差    block adjustment
: a/ _8 I0 `, i, F1 S7 N  {+ x
- X; N5 m2 f3 H/ _块状图    block diagram
" t, Q; y: A9 c3 T- ?& F0 }1 P$ U# I/ b- B6 l
蓝底图    blue key
# K3 }& h( A) n/ T2 F8 w
1 i( _( C- j# @* z5 J  |: q地固坐标系    body-fixed coordinate system + F, \: a# _) m% d3 ]" ^/ J
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钻孔位置测量    bore-hole position survey 5 c- V1 ~& D- F
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底质    bottom characteristics
9 Q  t4 ]- _0 k
- F  h! }: B1 }; \3 e! L底质调查    bottom characteristics exploration
3 K! e+ ]7 L4 I
5 d1 p# Z6 ~) e  h底质采样    bottom characteristics sampling ( R4 ^2 l4 j( w# i' s! d6 f8 g4 I9 R: t

% B1 J, H# Z' j" t) r4 `底质分布图    bottom sediment chart
8 q/ q( C1 m2 @$ F) _8 R
; s& a. ^0 A- p6 F+ w布格异常    Bouguer anomaly , e" r  T; M/ R0 D6 r6 Q- M
! A' W+ }2 o' J. P  y
布格改正    Bouguer correction
7 M/ u+ t5 v7 r# V' U/ I/ J/ U7 [8 ~5 a/ z7 |0 c
界址点    boundary mark # b+ C3 D/ s# o1 j3 y+ R# x
; {! i) a" T7 ^! ^% e
界址点    boundary point
3 q+ p: o- P2 g. V* `: m7 d盒式分类法    box classification method $ C# w' s* Q  h& K+ l: R. E0 a" F

5 ~, x# U' x  I) g2 w1 I8 |浪花    Breaker * K+ t$ g/ I2 Y; ^: Z9 `

( w' Y4 E  S% \2 D4 p7 p) r贯通测量    breakthrough survey
! h* r5 r; T+ Y/ X. `2 H
, N  ^% j+ M# ~8 E( d! t防波堤    Breakwater
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4 M2 q4 ]# B5 u& D桥梁轴线测设    bridge axis location 3 ~4 p7 m0 }% j) y5 E+ r

* A" k- ]$ \, g' X  z/ f2 V9 O桥梁控制测量    bridge construction control survey
0 f& u2 Y+ _7 f. y3 x! O+ S
, Q+ F4 H. N9 i' z4 ?' }3 J; w桥梁测量    bridge survey 3 j  U& K' |7 K9 R0 A  @( M

; Q( Q( B# V: W- E模型连接    bridging of model 2 X9 ~4 \& u6 Z4 U9 P+ {! N, I5 W

; X" j$ s' ~' q" `& }广播星历    broadcast ephemeris $ }( ~4 c' \5 n

* l' T( Z8 Q4 h# E4 H* e9 O; V布隆斯公式    Bruns formula 4 z; u! |. W4 ?4 t

$ x3 E0 A6 ^$ C$ i7 e) @水准器    Bubble
4 c7 R& V+ \$ M7 m1 v5 f. R1 y6 L$ I& M
建筑物沉降观测    building axis survey
% ~. I% u7 R- B$ s) |. h" `9 P7 p建筑工程测量    building engineering survey - X% \0 O2 J5 g, T- B
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光束法空中三角测量    bundle aerial triangulation
% @" s8 E; r* [8 }" C$ ^0 p$ M2 L# ~+ y7 z2 D
浮标    Buoy 9 R: s/ _% `3 d8 x; z' k! W
* g4 K3 ?+ a' K9 x( W9 T) ]
C
$ h2 y+ Q; R0 s# p/ {2 t* c======================================================
2 {9 Z! U! [. V0 k$ O粗码    C/A Code $ I; j! i2 T& e( w3 e# j0 N. }+ C
& F$ Z# X! y6 |. b& R
机助地图制图    CAC
* u4 [% t' }& Y" J. Q8 ^2 b: z! x/ G. e* e6 K
地籍调查    cadastral inventory
2 E2 F' m7 b# y: m- d' O# P, c% N" n# m5 r. {# H% q  `2 h
地籍册    cadastral lists
1 D+ M, z) `- ?! U1 J) x8 H3 @0 C- ?1 S$ Q, z
地籍图    cadastral map
* u6 W' H, g8 Q. X  l( @9 }
) j. G" ^8 T, y" b% a地籍制图    cadastral mapping
: ~9 ?0 h7 w. k0 T
) [% X7 N5 T0 j5 o地籍修测    cadastral revision ( Q& X5 L, [1 U* {- w2 r, U. g

+ X0 i* q" K$ `2 E" C- ?  N) f% e! F地籍测量    cadastral survey , N/ ], C; p- Y4 I! ^
  [0 R0 ?3 V+ W1 Z# K* E4 V
地籍管理    cadastral survey manual 6 L1 G/ z: k6 ^! @. ^8 b- s* r/ g

' a. a* B/ g/ W5 j* c. R5 j地籍    cadastre
4 O' u5 m6 b+ S, Y7 A6 X" T4 f  B1 u8 j' J
摄影机检校    camera caliberation
9 w7 `# O0 C" V% b2 X: {5 X! v- W1 L7 ~. ?4 m" K
摄站    camera station
% q3 J9 c  D2 B' r摄影经纬仪    camera transit
# \/ \; ?9 {* {- t' e/ f% R) [" i2 k$ ~9 ^' q& L5 t
载波相位测量    carrier phase measurement
6 i' u1 N6 [# w7 |. c# ]) K: d9 a0 u0 I+ G" T" P/ T" w
分区统计图表法    cartodiagram method 1 }8 |9 |- K) w2 ~

: o' ~' j8 N5 A! F5 o% a$ u3 f分区统计图表法,*等值区域法    cartogram method ! W1 R: [& ~. W7 l' D& [9 i
3 N- O  h+ P) `
地图分析    cartographic analysis
; l# e+ U$ Z$ L
5 m5 I8 }0 y( e$ V" i; w地图分类    cartographic classification - b6 G8 l* b' v5 L( [

( m% }: ]- E! R  i* v% g: M, X地图传输    cartographic communication + z, L* z! u) D- m9 }  P2 T% \
+ Q: J/ |0 l8 _3 H2 _/ W' _  S
地图数据库    cartographic database ( ^- }7 X3 K3 a! F3 \- E4 u
9 ]6 D0 i5 q0 i% C" r" }  @& O. t
地图评价    cartographic evaluation
0 T& J% Y2 u" c: Z8 `
- t2 J" J; t, M7 k* R) @8 C1 Z8 D) B  E4 n制图夸大    cartographic exaggeration * J$ U7 e  _( ]: \
+ p0 X7 N* j8 u. s. X  A
制图专家系统    cartographic expert system
" z7 r3 N" ?# O& D7 U( u6 ~: _% N+ x  {, f+ ]+ d
制图分级    cartographic hierarchy
5 A) @7 M# l3 y+ B! f/ G" h3 k8 Z" ?5 o/ \/ t. O
地图信息    cartographic information ; q5 S* ?4 g' p# M

9 m* X: Q. t. b# T8 t; Q5 Z' ^, ?6 f/ ~& U地图信息系统    cartographic information system
% Q- l% @9 x8 d5 C% p. T
+ [0 U. k5 L3 i地图语言    cartographic language
/ L2 W7 Q8 D7 j4 A- M; Q
3 P) X7 _5 H4 s0 x2 G地图研究法    cartographic methodology 7 n0 `: ^" g/ i  t

; K  f4 l0 D) c* p5 _/ i; a地图模型,*制图模型    cartographic model % I1 M) j2 c+ p( S
; X) \5 h/ T, ~/ @( R0 e4 T$ {
地图模型,    cartographic model % o/ A8 h3 p9 L, W- M' h% P8 K
$ `+ X* ]6 M( I* R
地图内容结构    cartographic organization
# k9 u" f3 K0 N1 q) w+ g+ j5 M) ^. c" |' Q- o
地图潜信息    cartographic potential information , ^! I6 s% p0 i% ]

/ O3 [* D6 c- N/ W$ m地图语用    cartographic pragmatics
5 K, F5 ~, R" N$ m
$ X6 q% @: O# Y$ B% a地图表示法    cartographic presentation
2 G, J1 w; Q1 v, [) }0 f6 D5 c' I6 o( d% m) m8 h/ A; \
地图选取    cartographic selection 1 A1 _! l2 k- [5 k2 `/ C- Y
3 |7 Z0 l6 J- M/ c7 \3 S4 s# O6 w
地图语义    cartographic semantics
% s' f' i* C8 {* d4 K5 Z4 Y# @" b& S4 q
地图符号学    cartographic semiology : k5 a4 [! o: J" i( C

. o. K1 k1 `0 P* D8 Z7 s制图简化    cartographic simplification ' _- Q' O1 @- a; I

9 e1 F  Y! l3 P' i7 H, m" W地图制图软件    cartographic software ; I0 P0 t! b; X0 c* ?2 l1 q
; y; w9 p3 R: @! \! ~+ f5 b3 A
地图语法    cartographic syntactics , _: A) y0 n; v$ v1 X

' C  x: J/ ^! _- E地图学    cartography 1 `( Q& i. w* p- ]% f
7 K# e& W$ P, F) \: i3 T
地图量算法    cartometry
+ p7 U5 u( R: |( O4 L/ _2 l0 q, E汇水面积测量    catchment area survey 6 j* E/ f  Q1 p9 _
3 v+ e: K2 z" Y* X- O9 T5 ^
电荷耦合器件    CCD
9 Q" `& l7 t; s# R- I! d
( @0 R2 S& M5 D计算机兼容磁带    CCT
% u! W; _4 g; U' ?1 v5 U% G5 A- o8 \4 ?- ?! x- E
光碟,*光盘    CD
6 m! j! Z; t; ?2 `& ^- m& k+ J( _' B
天球坐标系    celestial coordinate system
( Z2 _# u; T: W6 ?5 L4 @/ n
' {9 F6 e2 P3 D2 [9 ^0 ~格网单元    cell   ~5 B5 s4 k  D+ f

6 c( w* C7 I9 K' f+ P! Y  w线路中线测量    center line survey 8 ~8 }/ O# _/ J8 r& b  C9 Q) e) p
! b/ Z! j* r' |( j3 r3 }: N: V
对中杆    centering rod
) R! S" g. [; ^- X5 O/ o9 R0 f- I( A& g4 x# D. j+ M
点下对中    centering under point % A4 d; ]$ B1 z6 b* M& d+ H  q( ]
$ V+ X' ~5 L  Q+ M& G4 d
中央子午线    central meridian 5 g* F  m6 s* l: [

4 e$ l5 _  z4 v; w$ ?" C1 r: N4 G6 S离心力    centrifugal force
& x' [  U7 c3 y! a. |; H; H
. g, P( w/ K! U2 J' c中国大地测量星表    CGSC
/ ?/ ~$ y/ c( M- w& v钱德勒摆动    Chandler wobble 3 S- C# I- f4 R( ~

8 U2 o- H( W, H航道    channel
+ D+ a0 h8 \; f( E1 L8 k7 Q0 V& T) [! ]$ Z. H+ x
感光特性曲线    characteristic curve of photographic transmission
% f+ r/ a8 M5 [: Z5 R3 ~9 B0 H6 b/ U2 v! o1 N5 }
灯[光性]质    characteristic of light
! h% N8 S4 a( v. ^: W4 @) i7 T& X# Z- B! F1 ?
大气传输特性    characteristics of atmospheric transmission
% r( D7 ~# s) P' K4 T, \# V: H7 w9 F3 E$ s/ y# E7 K7 r
电荷耦合器件    charge-coupled device
( `$ |4 M0 n0 h7 }% H
" L4 U7 H# O2 G, {3 P/ |. l7 R海图    Chart ) Z9 y1 c  E& A5 t* l6 v

- ]3 L, V  S: ~1 J* P海图图廓    Chart boarder
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$ `: `, `) {5 ]/ y' ^海图编制    Chart compilation ) l3 n; x3 C+ s
4 L2 L- f: H# d3 ~, t( c- [8 r
海图改正    Chart correction & m$ p! n) H, o( A/ Y
2 p1 _; W" B* ?8 L8 U
海图大改正    Chart large correction
1 C1 k; r- T% F! @% L. c# ]8 I& a
4 h# K; G6 P+ t+ \& i" Y& |海图编号    Chart numbering
$ X. F8 ?- F/ M: Q
1 s! t9 Y& R0 e$ s6 `7 i& Q海洋重力异常图    Chart of marine gravity anomaly
) L% i# y% j% F+ ^  {3 k
& q8 s/ Q- J0 v3 j海图投影    Chart projection
4 y: ~/ A1 L* h8 {. Z, Z
9 V/ [! g# P5 G3 [& {1 y, U' r海图比例尺    Chart scale
- s, [0 i1 i. W# \6 w( t4 D) _1 H1 H7 T7 n* A2 ^" O
海图小改正    Chart small correction
5 s: {6 y. ^+ w/ `! _
" [9 R. q8 e! O+ J  L6 u海图分幅    Chart subdivision 5 H# U$ F+ b- y! e! T( Y; c  i
9 h9 i. z" O3 Q2 J0 i" x) ?
海图标题    Chart title
' K4 a4 B4 y. T' g! X; T$ v/ r9 d  _  c
海图制图    charting / R$ C' ^# d( o3 @9 s6 S, V
) z0 m6 D  l0 k1 s
监视台,*检测台    Check station
7 ?4 z1 u2 `9 \! R9 X/ j
1 j8 S/ Q1 h4 O8 Q" |中国大地测量星表    Chinese Geodetic Stars Catalogue ' c, X6 h* h& g$ q, ]: {
  o8 k8 l, m7 e( @: p7 R2 |) J0 J
中国测绘学会    Chinese Society of Geodesy, Photogrammetry and Cartog 6 B5 J( g3 F+ F

) n2 F/ @" n! Y9 u# ~5 I9 u: k线性调频脉冲    Chirp
/ b6 Z  O- P4 d8 B0 Z
% N& b# f; ~  Z' D# A% {- @弦线支距法    Chord off-set method
5 {2 `8 Z2 n1 |, J/ N) W+ x# f& R' c* U5 ^4 K: q4 n
分区统计图表法    chorisogram method
! ~" Q/ d: \2 ^
) g) P9 C5 x: B等值区域图,*分区量值地图    choroplethic map
. K5 y$ A! H' S% G0 j) b
6 ^4 f: v! Y8 l分区统计图法,*等值区域法    choroplethic method 2 P/ C: L2 Z, V& z- x- X
$ X/ V$ g" B/ s3 M7 Q
国际协议原点    CIO / ^$ l4 Q8 l" K2 U) c3 P

5 z  g* K4 ~2 s度盘    circle
9 L0 q6 u* F/ c7 d% N- w$ F2 V8 W7 @" U8 [7 }1 {* T# i
圆曲线测设    circular curve location
+ ~& e5 G! C( @! Q: o6 Z地图信息系统    CIS , x. t" E. ?2 w( o7 \) |( n. r

4 [4 N9 O( t" M4 s$ t6 {克莱罗定理    Clairaut theorem
) H$ H! h. x; b: j9 X
8 B. C; ^/ T' j9 \3 e分类器    classifier * P0 M2 C4 L4 w0 t
7 k, f3 N) D3 E
净空区测量    clearance limit survey . {4 u5 O8 j- [( t0 V( b( F

3 ?+ n0 q: K9 s, F1 g7 B- X倾斜仪    clinometer ) L4 @$ b  W; O9 g

0 p# {. e% S. W! @剪辑    clipping " j) ^- l8 o1 F3 t5 l. u: t8 J( i; i; G

# K' M: a0 r! n( K* u7 A' ~时钟频率    clock frequency 9 q, u! w2 V+ X  m3 R( @& y# p

3 |; P5 T* o2 o5 B" F/ V, _' t7 F钟偏    clock offset
2 n/ ?: \- p! j% R7 P
% n% Z2 N' v% c" D+ t- j8 j% H钟速    clock rate
4 L* I% U" h/ ^) C! `/ }- {, z* b2 e
闭合水准路线    closed leveling line . I7 l6 e4 |+ I4 U

9 w- G) l" l2 K- L5 x闭合导线    closed traverse
0 l7 w. o2 l9 k* p  b, x
) Q# a4 O' f5 [' p$ P) C8 U0 l, u9 P近景摄影测量    close-range photogrammetry " |# p( Y& y6 ^
闭合差    closing error . L+ W! o0 f8 a9 W' O
9 U7 n# Q; V. p4 s! g. ]$ u; m
坐标增值闭合差    closing error in coordinate increment
- {- U0 S: e  D9 F8 q5 k* \* z8 h
8 G8 |) R( p+ J闭合差    closure
3 I6 K0 c  L, c: n" N2 p2 l$ u- S/ A9 N" Q/ W
粗码    Coare/Acquision Code
& x& K5 T, z( s4 ~$ ~$ o% M4 |9 A* k2 m0 g- W
海岸    coast ) e! d/ q4 R4 V, F

; m4 S( ]: M; Q$ j7 h海岸图    coast chart
6 c- ^) A! }$ y5 N7 v8 |: q7 E! u2 G  E: f2 h& R
海岸线    coast line ! y4 T* n  |5 f7 k- w1 M6 \
5 X/ d& n* S' ?
海岸地形测量    coast topographic survey 4 P# ?# Y6 E, C- i

+ ?% T6 {6 m/ M5 H5 y沿海测量    coastwise survey " h, a& O; F5 `- v5 m0 Y  e
. W' v; G# M6 K: f* ^$ O
扇谐系数    coefficient of sectorial harmonics
- Z; F2 Z3 g) W" U. x7 P$ T0 ]9 O5 L. }, m: e7 {( U: |
田谐系数    coefficient of tesseral harmonics
( p3 Q+ I* Z2 j7 S% \' w
* R4 h8 T  N5 J2 o/ m+ q% G带谐系数    coefficient of zonal harmonics 2 i/ P2 U* S6 m6 I$ X" a

+ z/ G( N! T, b5 I% ?/ E3 [1 k1 Q认知制图    cognitive mapping
% s2 M" \& Y2 [; P6 Z
$ Y( w6 T0 \( |& @" {; }- L2 T视准线法    collimation line method 9 Z* d* Y1 Q0 o) j+ K

6 r- `3 P- |8 T3 h/ V* M6 X' S1 f共线方程    collinearity equation
4 M. \/ g9 b, ?! b( m( z1 T0 _% ]6 N4 J9 l4 J. ~# X
地图色标    color chart 0 F8 Z" j0 F1 l! c& L* s3 {' q
' \) ?4 S. I! [" O- K9 [( J
彩色编码    color coding 5 q3 C* P( T) t) ~8 S& ]7 V
+ O/ }! Q+ m! ?& u4 L, B* G/ K
彩色坐标系    color coordinate system
$ _/ Y2 e/ I5 G6 e  h0 o4 J7 M3 x9 b8 J- S( [
彩色增强    color enhancement 9 W- W' J  Z. ?* Y4 ^
4 _3 s4 X+ W$ u6 h
彩色片    color film
2 x9 V# s" a+ V3 i! h# L. H! F7 X. ~, N% |( a. Q" n2 V' z
彩色红外片,*假彩色片    color infrared film ' l$ q5 _( @  a: U& p7 Q

: @4 X; N# x. O' E  n! o  C8 r色彩管理系统    color management system
. ~$ w5 @6 N" y4 X+ F
0 G' X+ |/ B) @# L; O彩色样图    color manuscript
* H8 s/ T, T) {* w. \4 f3 L; R9 S6 r, i. T( m
彩色摄影    color photography
1 H3 Z; Z9 T; f1 ^' ?3 ?1 H4 t, P
" w6 d6 Q% O- W彩色校样    color proof
0 b. a- F7 s% n( o
6 \  F6 d& k0 R$ R$ Z$ y彩色复制    color reproduction
0 f7 `9 `. I! a, D; t  o" }/ v! ?: O- s6 C1 A+ T8 P
电子分色机    color scanner 9 Z8 a4 K. X0 y# A
% ?  V" H- t- E8 c! m2 [" z
彩色感光器材    color sensitive material 7 L8 h. f2 i2 Q3 R  o$ g7 y" F

0 u6 g4 C+ ~% c- B分色,*分色参考图    color separation
+ b( c6 U6 u5 P5 S' r( g6 L3 X$ K2 v, S# `" B  Y
颜色空间    color space
4 ]4 Q# z# {" A彩色变换    color transformation 7 Y4 v  g6 ?# A: @# O7 d; ]

$ v% S7 U6 g3 d) i9 o; j色环    color wheel
. u3 _( q7 r; a9 w' O+ b) M  _$ I
" V' r0 e1 C5 n5 j* g; x联合平差    combined adjustment
+ |* A/ g9 C9 K" @1 \& t" E- ]7 U/ ^. d! X4 g
水位遥报仪    communication device of water level 1 G' ]. X7 K% ?3 ]

5 q( ?$ C) U# [2 ]- q3 ?光碟,*光盘    compact disc
7 t" E0 u2 d& s: i( m
, w/ p# g% ~4 j: t3 r& S/ ]比较地图学    comparative cartography 3 l- }  w$ [' c( D( E  k! {; y' q

% A, a& e3 r7 B9 ?7 I/ L% J" d联测比对    comparison survey
% i4 q- J: m2 ~2 {# t4 J! t- f8 x3 _: t5 N6 |
邻图拼接比对    comparison with adjacent chart
/ y6 u7 Q9 X8 j3 P- c
, t$ v$ i7 w4 g5 f罗盘仪    compass # f* U8 w, {3 ^" I9 P  w" a
! U. b# o: V4 Y1 b
罗经[校正]标    compass adjustment beacon ' ~* n9 a+ _! f: s$ B" l
6 Z# `7 A; h( a, T
方位圈    compass rose * s( W9 E1 _* o2 `: y$ l
$ v- P; f+ n9 y7 @$ t3 X
罗盘仪测量    compass survey
5 ?- y, F7 k$ z9 h9 ]: d2 ~% P罗盘经纬仪    compass theodolite
9 Y0 m8 e3 m4 Y, j  |: q
! J- e+ R0 x! O$ b( N- d补偿器补偿误差    compensating error of compensator 4 R" W- V% H$ t# C

# x8 i3 q2 r3 n. R1 p9 i波浪补偿    compensation of undulation
: |% K+ h& A5 q4 [1 z! r- T! N/ X) _: U/ `
补偿器    compensator
- o* V3 w4 S8 j2 r6 c- W/ ?( G9 z. M$ F# z) I
自动安平水准仪    compensator level ; _% `6 E1 r" K
/ ]/ f  p1 d( k! S$ [% ^2 h/ A. H
编绘    compilation + I7 `) n! Q& u2 p6 V
! z/ H' m" L5 {) D6 }
编绘原图    compiled original
4 \' U6 h, q+ d3 X9 F$ C( S  A1 q, ?* D
综合地图集    comprehensive atlas
/ D) Y4 h' e8 C3 U! S6 v  c' Z, V& w' r; L- I/ F3 Q
综合地图    comprehensive map
! C! u8 K9 E, p/ N0 w$ Y
# E# A+ c* z  W计算机制图综合    computer cartographic generalization % g- O9 U( D% k4 d, \
% r- \7 s6 y$ ]8 v( [
计算机兼容磁带    computer compatible tape $ ?, }$ N& M/ H" |# h1 s

# W  k) H" O8 X# H2 p$ ?1 i2 F计算机视觉    computer vision
5 r4 P  b5 _% Y9 {% W$ {
8 P" j; z9 G& K2 e# z机助地图制图    computer-aided cartography 3 q4 M' z+ _9 L

* R) w9 F  a! K1 L: Z9 n# K. \! Y& a机助测图    computer-aided mapping 4 W, F, @+ d5 @) ?

  t& o3 J4 i  d& v机助地图制图    computer-assisted cartography
& v5 e3 n1 S. }# U9 [7 s) C( L' t) f9 J& }) q
机助分类    computer-assisted classification # w( P" n4 h7 U% X9 h5 v
7 r" o5 d1 q/ Y! |/ R7 m! H4 t
机助测图    computer-assisted plotting , X8 t4 G0 t% x& ]4 D2 x8 I
6 z$ Z9 u4 P% i5 k8 B' i) t0 Z
条件平差    condition adjustment ; U3 Q+ p8 `) l6 z* Q
3 h; M! O2 j7 D$ K
附参数条件平差    condition adjustment with parameters
9 D, D2 \8 R8 E2 v2 ?7 C& f# w' P* \# x/ B5 @
条件方程    condition equation , d0 O; O( r' P3 w! o4 s$ O' v
' I8 F( l8 u; u# J
置信度    Confidence
- A# j1 T) l, r* R* [9 `/ w
3 J' C5 r9 q+ t1 L等角条件,*正形投影    conformal projection 0 [7 K! I/ t' b+ u- e
2 c$ D! B- N! k7 t5 [# q% u
等角条件,    conformal projection
+ K2 i$ V2 f. O4 ~+ B$ C9 s/ T7 K& y1 j
圆锥投影    conic projection * F1 ~5 X+ o$ ?+ @) T) N! r% V# L

( U5 P" Q7 r& o# g) p& _( L附合导线    connecting traverse
. u3 ?1 s1 g/ c5 s
. ?: V( A" H. H  J4 e0 O定向连接点    connection point . b  Y+ E' S, k/ S
6 m7 k6 U6 T+ o# x& Z5 Q
定向连接点    connection point for orientation
( z& _" b- r4 @+ i. c( N' j) z# b1 m' P( U+ D
联系测量    connection survey
" ]! b1 W& Q: c7 `- y3 k9 }! c, z2 U8 V5 T/ ~
采区联系测量    connection survey in mining panel
' \$ |  v  N$ s7 W
, }+ E, `- p) h2 S: ?联系三角形法    connection triangle method
3 {9 b8 [# h( g0 f$ J1 P
  b/ I3 R! q4 x' K1 `康索尔海图    Consol chart
; F! O# F  f/ Y+ w5 a  ?# L- [% W
# g6 e& r4 U$ Y: O" b5 A9 v" i/ z分潮    Constituent
0 W1 ]2 n  Y' ^8 s
+ s  K$ L& j7 A& r" g; L施工控制网    construction control network
$ h3 t, v! w1 N3 t7 `; X1 c' S6 k& b: s$ F7 o6 B  Q' n9 W
施工测量    construction survey
  ?; |4 X0 }2 h* B1 B+ [3 l, m: t
! ^( I, s* C' p; P4 d% x凿井施工测量    construction survey for shaft sinking 5 q/ r& b! d& o/ m, k& b
; t  T; x3 f6 l. g
接触晒印,接触印刷    contact printing
# A1 C4 {, h+ O3 b3 |0 f8 `6 s
* k. H/ J, S) U6 h, V: W: E接触网屏    contact screen
+ `  w- A/ j- y) ~# U
5 [# v2 z  u3 U" ~% W( R信息量    contents of information
  D$ a% E$ K4 Z: ~1 q( }) C
1 M3 d% G1 A+ D1 N7 K; @大陆架地形测量    continental shelf topographic survey : f& [- U0 E: a, k/ s. k( e* j
$ V' p1 o1 J; P8 q
连续减光板    continuous attenuator
, W+ y9 K+ Q" k8 }: J5 `& u! [* w$ _2 I) N$ `
连续方式    continuous mode : h3 s7 }( V: T
9 `4 [, c1 i4 z9 u1 l, e% [5 d
条幅[航带]摄影机    continuous strip camera
; f4 }( G7 D4 i* Y连续调    continuous tone
- |2 w' ~6 \! c) _8 i7 T. }( P( Q) ]# e* t
等高线    Contour ( q+ [$ `- z/ S0 u
: [3 ^- a( m# E0 s* Q( u1 F
等高距    contour interval + R7 Z( n# D, u) H7 d/ o" E: G$ {
! d, P6 I' B, Z9 o" `
等高棱镜    contour prism 0 A0 y9 s& `* z( J+ H
3 }1 n* }8 S4 V! ^% J- ~' K/ Q
反差    Contrast 5 Q: c% }) F6 p  S5 T
! [8 w6 P- e' O+ T
反差系数    contrast coefficient ) H" [6 J8 N5 O! V" a; ~& c
. n9 |; u+ z0 u- u/ Y6 n# D/ f# E
反差增强    contrast enhancement
8 x6 J! V( `/ P! u6 C7 p6 t& M) U" H9 A4 M  I4 ~
变形观测控制网    control network for deformation observation 2 k# p: L; ^4 _- ?7 V7 ?1 E) W9 k

# S* I7 e, [* [  B控制点    control point 2 ~# O  R+ ~; n0 W+ a
9 I. T* k3 J+ \/ {  Q
骨架航线,*构架航线,测控条    control strip
0 d# B) L9 Y/ N! D5 I9 l- R$ c5 J# M, m; O6 o# a
控制测量    control survey
1 ?9 A4 p2 O6 f; D, {3 x: @& ^6 c
$ ?: \2 ^7 B9 V矿区控制测量    control survey of mining area
, D& \- E8 s& G, q: ]) b' o
6 f# H% g0 n& b* A$ |6 n2 f国际协议原点    Conventional International Origin ( |5 D  G  K) t: `! F, x( }$ F
( N# c$ E6 `0 t; k3 r5 d
惯用点    conventional name 9 `! P4 U" ]; K; c  w

) z, x$ V) r, ]- |/ C交向摄影    convergent photography
' f7 r" a% d: [& y+ j
! o2 j1 {# {6 ~/ {8 [坐标地籍    coordinate cadastre
2 I& w2 g0 N' _; f9 k% P
/ |2 I/ R2 u. [* F* V2 p坐标格网    coordinate grid
) P7 ~, h% t. b( @9 |. U, m; ^" p8 x/ B7 G( z" w
坐标量测仪    coordinate measuring instrument
! J6 h/ d1 b) c6 O* Q# {* B  o+ B2 [. ^# _
地极坐标系    coordinate system of the pole % A+ Q$ D6 j8 @7 P0 V- ?. b0 W

5 x) }* ^$ x+ Z# }+ N协调世界时    coordinate universal time
  Y6 E7 _& N9 e6 B+ c% B$ p# [
$ k8 ?9 N8 [  @共面方程    coplanarity equation
+ O  x. I9 N) ?$ r" }9 v' j# Y9 a$ c" l
归心改正    correction for centering
/ u% X9 m1 |# ]7 T2 E% [1 @; o* m) E
垂线偏差改正    correction for deflection of the vertical
9 g. f; R7 X" l4 O1 L
( K# Z3 u8 _5 H, L7 i0 G$ G电磁传播[时延]改正    correction for radio wave propagation of time signal & y8 c6 M* x# S: w& O! R

0 d+ T: r/ f9 B& j1 w  i3 J标高差改正    correction for skew normals
2 c4 O0 Y) u* Z3 F6 h7 Y/ R& D: `  H( L( L1 i7 \
截面差改正    correction from normal section to geodesic
. q# Y; i! i" ?; Q- V9 z" Z
8 ?+ Y6 o! D" E2 `$ n# w测深改正    correction of depth ) \5 v, v9 u, o

) _) w7 n, @9 a0 r& J! O2 C- l5 D重力潮汐改正    correction of gravity measurement for tide 0 A$ s: V& x' Q: P8 R: X, W6 y
1 F' `7 K' U1 w! T# y- ]
挡差改正    correction of scale difference " T' U& P& d/ q5 [; m
9 W4 Y  X, p+ R4 }0 X, ?
声速改正    correction of sounding wave velocity ) B# s& O2 v0 L& U3 P, A3 G( E4 q3 ]# ?

% r1 p# n& j1 L) P2 V0 b水位分带改正    correction of tidal zoning
, l8 ^* \4 n9 Q5 m$ t2 _/ E$ S+ r( ^; s. z7 s  f$ `# T
换能器基线改正    correction of transducer baseline
2 U/ F7 Z3 x$ q4 V+ T
- C# q3 D- ?" m( Y; L: {换能器吃水改正    correction of transducer draft
7 M3 M0 V* z% `# v" o1 |8 g1 [
5 M& j6 y( Q/ @9 ~3 M水位改正    correction of water level
' ?: b) }) z9 \# d, U4 y
$ J$ R2 a. I" W$ K- K零漂改正    correction of zero drift , T' K! _" N- \4 M/ U

5 m5 y2 P, A; C8 D零[位]线改正    correction of zero line
9 f4 S- u) q4 R
' c8 l- _6 |, a' T9 [& W6 ~% c时号改正数    correction to time signal
+ }' x" f$ D- M5 }( @  `  t7 s
; ]# t7 C8 z( T联系数    correlate
) I1 H5 ?( D# x& O$ ~" @. I' v, n9 d$ c) J+ {- `
相关器    correlator   {8 Y& {3 A( g( n- `

$ Q; E9 `( Z' F# t% i同名核线    corresponding epipolar line 2 ?/ J$ I. i+ b# j& Q
% ]" D& v1 e( V/ U$ K* ^* [2 N
同名像点    corresponding image points
: o$ G' y. ^" c2 f0 x+ S- T; J3 ?
, ]+ Y  S$ \$ ^0 ]) [. R* L同名光线    corresponding image rays * z/ i& T, D$ d. }
宇宙制图    cosmic mapping , S! s  Q8 n8 F" g1 O2 o3 D: U/ C/ w

: w$ }6 R: T9 \2 q2 L& E航向    course & [+ ^& b# u0 [: w9 I6 ~
: P: x4 N% |* Z& S4 D- I# ^  R, b6 F" C
协方差函数    covariance function - C% u# }+ ?/ z+ A
2 D' o2 r% i5 x- S3 i# Y) t
干出礁    covers and uncovers rock 8 r+ v. _# O' _& x- G# w, h& ^( {' q

: ~  H4 e; \0 Q3 m交叉耦合效应,* C-C效应    cross-coupling effect # y& q9 V- n' @9 ]

' B5 f8 |; y& W% q! O3 k交叉网线    cross-ruling
$ ]% s. O) q. H8 f
) v2 `# U) t- t$ f0 y横断面图    cross-section profile 5 ^8 N' r6 D( p- x( [1 Z

* A: S' j, Z8 y$ y/ K0 G5 C( i横断面测量    cross-section survey
5 Q+ r: X4 Y8 x- N0 s* z# l9 n+ x( d, {/ Y
地壳形变观测    crust deformation measurement - A9 l, J' U' \1 q
0 _  ]3 B) p2 @
中国测绘学会    CSGPC : B7 Y6 L* w2 e9 i

: M- l7 K) c  w0 P- D; O: X: [文化地图    cultural map
' t7 Q/ s2 R3 u9 P0 G* s( ~+ N3 P' w; C  r2 M( H
海流计    current meter
0 I2 w$ U2 s4 S+ U3 `* p# k8 ^( `+ c$ a" l
测流    current surveying
, R! s" G) O  Q% g5 ^
2 X* b. E1 O$ [3 T3 ^% A帘幕式快门,*焦面快门    curtain shutter 2 o2 [% N% K- T% D( h

, h  Z, X) {8 @5 B1 O; O水位曲线    curves of water level ( J# Q" j: Y/ p9 ?" R

5 j" E/ V+ c/ H8 o) y! `周跳    cycle slip
! J& @2 a+ y/ |7 V+ O- i+ M8 r
圆柱投影    cylindrical projection / b7 [* u  w( C* ?0 n9 N

8 H, O% p& H" a: H  z0 \E: M7 x$ t2 Z" M% E3 Z  L0 j; O
======================================================
/ _9 N  P' K9 S: R5 h地球椭球    earth ellipsoid - {  e- \- F3 E0 A+ p3 a
3 V1 o2 \  D7 ]4 |# [0 S
地球重力场模型    earth gravity model $ f" }1 x6 P/ X" C. g9 u3 G

" O7 s; R; \* g& L地球定向参数    earth orientation parameter
4 @, z$ E. |7 f3 i
4 p$ _, ~' U" Z3 W$ I) R地球资源卫星    earth resources technology satellite
4 d0 w" I0 k3 P0 ]6 h
  ?! L( ]9 g/ n; f4 s- J4 `地球自转参数    earth rotation parameter % `$ k% N( X; E" f) ?" v2 K  P

0 D( z! ?9 K: G7 {8 p地球形状    earth shape
" d* r+ ], h, w0 q$ ?3 I0 F$ R5 H. m7 \$ `: o2 U& d
地固坐标系    earth-fixed coordinate system / J7 U  r7 N$ j# ^( ], k) L" V
$ S2 k! O+ ]4 y; @1 ^
椭球偏心率    eccentricity of ellipsoid
: d7 }, l* m( n' D( i" K! V% O6 c, W$ u9 @" E9 P3 N
电子海图数据库    ECDB - {8 _# q* g: P/ U  D: D, S8 v
0 U9 U; Z5 c5 ]# X
电子海图显示和信息系统    ECDIS $ ]3 a- A7 Y! S: L
! A0 ~- d+ {1 y+ n0 D6 x
测深仪回波信号    echo signal of sounder : S* Y- u+ C: {8 ~" f# H3 u8 \

0 }3 X/ o* f2 }1 w' m回声测深仪    echo sounder
( |" p$ [9 Z4 Z. L. D回声测深    echo sounding
/ ?5 e9 L" S7 H/ t2 U" M' t! ^& @/ c1 ?/ T7 ~) e; r% j9 [9 o; u
灯光遮蔽    Eclipse & f8 t2 Y: I, D. b

2 b* e/ H* }0 E: w$ _* F- M# ^& k经济地图    economic map
& ?- J' Z( e0 v/ P9 ?1 P$ A+ \0 i& ~2 v- Q1 v3 F
边缘检测    edge detection 4 Y$ h& k- A; r1 u4 U3 U2 V. g5 ?
0 ?+ [8 h+ Y8 Y" O
边缘增强    edge enhancement . h- I* W! R9 g
$ @5 h! |7 Q3 `, f% a
图幅接边    edge matching
' \1 v+ H% G( w: W$ T2 G! c8 S3 P5 f, K; A6 p- q
图廓    edge of the format " V) J& Y! E' G' G; p# C
( `8 p8 {9 E  _) A/ B2 [
电子测距仪    EDM ) z" c3 @1 G1 L- h) @
8 T; i" Y/ v5 x2 q: z8 _- u
光电测距导线    EDM traverse : a) Y) J5 X0 ~! |4 k; y- ]

; Z* |& N8 R" c" |0 O  r. {: Q, K- T! N电磁波测距    electromagnetic distance measurement
7 G7 d, ~# i8 W& U0 P9 w
5 J7 @( u8 i- e1 M9 ]! a电磁波测距仪    electromagnetic distance measuring instrument
5 u, i; h/ |( q% F; D  Z$ {9 e7 ?
& ^' r6 q% r. \- [* W电子地图集    electronic atlas
" q" I. Q$ I5 Q: g1 A" e
( s/ b: z+ B2 R( ]4 j8 `" X电子海图数据库    electronic chart database % o7 Z: K5 b& e: s) p9 D

! B+ ?! r4 w5 ?! B电子海图显示和信息系统    electronic chart display and information system
' j8 F6 A6 d* o  f. u
- H% I% K6 H6 D& \5 V电子相关    electronic correlation # k- A) f8 ]6 e4 q6 d  @  j

: V8 @0 t% g5 }! H5 I; z3 y# E电子测距仪    electronic distance measuring instrument
! U2 Y; P1 k: l: G5 d) N# F2 a4 M$ ~: l, Y( K5 o# E& J
电子水准仪    electronic level
1 r, p! u, C5 g% Y# \9 @$ q1 A2 i7 @5 C7 a' Z* Q+ e; H! O7 L
电子海图    electronic map % E$ _) P# r/ _* x' E

% N* I/ n& e6 T8 C电子平板仪    electronic plane-table
4 \# d5 j! i6 [' V8 [) w( J! \' `  G# Y3 F
电子求积仪    electronic planimeter
+ Y/ W! i' A/ L: O. o
3 x& T* o4 J9 H# X; }- A7 O2 ~2 T1 i& e  n电子印像机    electronic printer 5 ?9 z6 M+ |( w: R: d
$ C, o- i4 f8 K# x/ S' V  f; h' j, A
电子出版系统    electronic publishing system , n, s$ P/ u! y0 \( |' M4 L

" T, o! `/ }- a" H1 W电子速测仪,*全站仪    electronic tachometer
! z- \4 G( d- J& l( k& q& a; N# c, P
电子经纬仪    electronic theodolite
& [4 }) L& l) }! ~1 s* W0 U. U! ~1 x& u* f4 F- [; u$ d
光电测距仪    electro-optical distance measuring instrument
4 \- {( V9 d. _6 w3 O
8 u7 ?* l  z7 r1 ]4 y/ Z' |. D纠正元素    element of rectification
( H- ~# F$ _/ \7 }7 w& S; z. v1 l6 E9 Y4 S0 C+ |4 q
相对定向元素    element of relative orientation # Y7 K  V: d- j6 B

! \0 ^9 Z  l+ I/ `7 P  y( M. p/ j7 C绝对定向元素    elements of absolute orientation
9 @% r. S" ~, y# K2 e
  V! k0 g8 P  V. f归心元素    elements of centring : R" M2 i8 y  x* P% }
' T1 ~0 A( j/ {5 @4 ~
像片外方位元素    elements of exterior orientation
; z% c- Y& V+ Q7 Z/ h2 o* D像片内方位元素    elements of interior orientation
' Q& R; p+ t. j7 G. m* _  l
/ }. D4 M2 V' u7 \5 l高度角    elevation angle + V8 S% @" [( `2 _! l1 E- H2 v
8 u7 q1 q7 N5 G: {, b9 o# u# j$ v
视线高程    elevation of sight
/ l) ]6 ^" r# L7 h
+ D* d* |- l; a: t  [高程点    elevation point
( [) d2 j) C# N# q+ B8 b0 F5 Y- ^2 o% x! r, y
独立交会高程点    elevation point by independent intersection
7 {" }$ {) Y6 [! [  ?3 `) \5 R% j! J# X/ Z5 a
椭球面大地测量学    ellipsoidal geodesy
6 `: l! {6 N' w, u; r! ~3 c
' m0 Q) P1 i; D2 s% }大地高    ellipsoidal height 9 w1 q7 }0 K. F" G# ?! O' j, e" t
) A% F7 Z( N$ W& c: ^8 ^7 y
航向重叠    end overlap
$ {  \! J/ U3 s9 v+ K: G- m9 ~; G$ R+ y( @, B6 K
工程水准仪    engineer‘s level - f' O8 V+ M( c! O' T5 |, ]

  i7 T" M$ r1 @  A工程经纬仪    engineer‘s theodolite
+ t* f+ b3 T  z4 b, s/ ?; c
: q' t" l. I) H+ _- N0 Z工程控制网    engineering control network 0 j3 z7 Z2 l1 X

2 Q+ d  h8 Z, t$ d& g* i工程摄影测量    engineering photogrammetry
$ K: Q; x6 q) @! t( C/ {/ F) |工程测量    engineering survey
/ Y* w2 \5 u7 w" b# K
* Q" o9 l4 w9 z! P) B导弹试验场工程测量    engineering survey of missile test site
0 P2 U% Z( n! a8 B6 ]7 W" u) P0 O
4 ]( J7 g8 N" X) W+ h! z' L工程测量学    engineering surveying
/ O1 u$ Y8 E( w3 a
/ Y' ?1 W) q! q  t$ h7 J工程水准仪    engineer's level 7 L, V( Y( Z! g. d) i# C

1 Q& m6 y0 |+ q7 n( h工程经纬仪    engineer's theodolite
2 H$ a, Z/ k8 f9 c9 x6 c. X* x+ d0 n9 q0 N' m1 L% J
熵编码    entropy coding % I$ ]; x0 k) n2 O
' o" s8 p# j9 Y9 e  F
环境地图    environmental map 3 U' F' k- @0 w2 h
% G% g. b- Y4 |5 g. }
环境探测卫星    environmental survey satellite 9 \& R2 j! {3 o1 c2 [- A; E

# ?. f" h! @8 F! A地球定向参数    EOP
" E1 ?2 K5 M1 J: m- F
+ t  r4 A' x9 P1 X7 A厄特沃什效应    E?tv?s effect
2 F$ A. ]# \2 X3 }" _5 z
) ]0 L% N7 \$ j  j核线相关    epipolar correlation
! _) I3 ~. t' \2 [4 c  b9 G; z; g# U/ L' L9 l2 t
核线    epipolar line " e( x  F, Y9 u" b+ x

, Z+ G7 o5 _: [  H6 D  @" z& ?核面    epipolar plane
9 P" n8 Y* a7 j5 @$ \% a7 e0 s. X' ~7 }- a5 L  |% E
核线    epipolar ray / s9 I, _5 c- I( l

( `; ^' a" n7 Y0 c. L: N核点    epipole ; T  c' {# M( |9 _4 q* U

1 q) S* ^( i" D7 c* B/ q分潮迟角    epoch of partial tide 8 H( a" K- Z& c/ T; U- Z

7 m, h/ R  H% y* }( M8 t等值灰度尺    equal value gray scale ( l1 r/ K1 |* o5 G5 F

; v9 y. Z( F- i; r$ G6 {0 _多星等高法    equal-altitude method of multi-star
3 a1 `( T+ v1 l8 H3 h9 {; Q6 U( o; \9 H! E& e" X  H/ D
等倾摄影    equally tilted photography / ~/ j: o! B9 A5 A. z2 W

8 |* J2 |' A  g; V位置线方程    equation of LOP
, H  @7 S5 i+ c6 W8 a
+ O$ m6 D+ p+ R3 W% s5 X卫星运动方程    equation of satellite motion 1 Z' n: D# @6 i4 G

' I. r: U! D5 p& X+ K; f/ s5 r( X等精度[曲线]图    equiaccuracy chart
, [9 e/ i9 x/ P# x; d6 W- R" w+ A6 i8 d2 j- h" J& p
等角定位格网    equiangular positioning grid
3 A3 l  M. x* p) l9 S5 t- H* b1 `7 k+ K7 e" w! W
等距投影    equidistant projection 3 j* ~" \' j, C, S& C

6 B1 D* A' s9 `+ O2 H) V- E# F平衡潮    equilibrium tide 1 d* J, e, q- i& M. [& {* z
! I# J1 _2 K) ^  B+ p  a3 X2 K4 F
等距圆弧格网    equilong circle arc grid
6 V! k6 g. t  G# y9 x0 k7 T1 V
* f0 j' F2 g* S0 J1 w; O等积投影    equivalent projection 5 m5 Q) Q& d: m% g) i, j3 f

, t0 j3 o; D) E5 u地球自转参数    ERP
# V+ Q% k$ P* E8 ^3 r0 \2 ?0 B* M! `
1 I3 e1 G7 _" ~误差椭圆    error ellipse 3 G# c4 V6 w: `  E

( Z5 \$ q, ~9 I7 z) z0 E4 \& a调焦误差    error of focusing
3 z% X9 f" s" Z0 p
* g9 @! f+ z! q9 ^6 H轴颈误差    error of pivot
* _* M' i# t" C2 B4 A( q8 E
' S% o! k8 _# x' q7 Q% o  F误差检验    error test + u$ H% d8 j  U
1 g: u# ^" z! z! G: D7 B
欧洲遥感卫星    ERS
, |  U  u# K1 h% V* v! A9 R( R) S" n! S) k2 L0 H
地球资源卫星    ERTS ; c8 l) @. R8 O$ W/ q
. {, c$ t4 r7 H- B$ Q1 h0 F
欧洲遥感卫星    Europe Remote Sensing Satellite
* M0 b6 p, B4 }: k1 e: P* C
% ^7 Q* H8 |  b矿山测量交换图    exchanging document. of mining survey 1 |4 P. N0 ^, B# t0 W. E
6 V7 A) k1 z  b* n
曝光    exposure
2 p! |2 m0 N  w9 [  |9 q+ `6 G! P  V9 ^; m7 }
摄站    exposure station ; Z) A3 k5 [+ ]* Q0 h3 T. U
! s: v) }2 _* m) i( ~
整体结构    extensional organization
% M% W" f2 F. r3 O1 Q# Y8 ^" {2 f( R  F; K% i% o1 H
伸缩仪    extensometer ; a  S5 B: y5 E" C
1 o2 p7 G8 T3 e0 v# G1 o
外部定向    exterior orientation ; _. c. Z* C  |% x) ?% Y

+ |3 B7 v+ W0 I) V助曲线,*辅助等高线    extra contour # S: l/ P1 `; @6 w8 S& c9 }: I6 }: H
+ H7 Z1 M3 ~2 Y$ M9 l. E' B
河外致密射电源,*类星体    extragalactic compact radio source ; ~  [, M2 {  ~) R8 X: o4 R
F
6 R, B/ ^7 I# a" I, y4 i; x8 _, R* ^5 t) J% a/ i; u
======================================================0 T# x4 t/ F. J0 r

/ O+ f! O+ Z: M) ?清绘    fair drawing
( P8 D6 @1 t( w  _" S; Y7 N) @* b. [$ y& ?! Y% Q5 v8 Z
航道    fairway
' n9 `9 S. C% ?6 O8 i6 X
% P, H4 \8 W% M! c) M假彩色合成    false color composite $ y* c- P5 \; J

. ~9 b% e. [3 _/ c3 l, ?6 O; t彩色红外片,*假彩色片    false color film
$ I+ L' s: `8 D  @7 n8 E6 W- w+ n. H; T- r5 g
假彩色图像    false color image & _) N8 y+ S; Q' O

% a) V* J" W$ X4 O. I! @假彩色摄影    false color photography
9 ~# B- ^5 l1 Z; J( f
6 e- R7 \/ t" p1 p法伊改正    Faye correction
0 d: w% p. o, p6 A4 O! T7 G% ]" p, ~. e4 ?4 f" R
特征    feature
; @8 {2 E& n2 e6 t
# b8 d, n5 M% y+ j7 W3 d% b1 S9 b特征码    feature codes / Z% F9 n) ^  v' T, P

) {* X8 R! W1 g+ \: h0 [* c特征码清单    feature codes menu 5 X. z4 n+ I  J9 n3 K
, E+ {3 I7 m' ~2 g
特征编码    feature coding
% m- ?* c* C1 {# `7 y( d4 A, }5 q0 y# s9 A, k4 ~
特征提取    feature extraction 6 p) s8 K' R, Q3 q+ P* C3 a2 Z+ c
特征选择    feature selection / _, I- b. d5 p) w6 ?
! l0 R6 O/ X1 t1 u. e
国际测量师联合会    Fédération Internationale des Géométres ! ?7 V' f* Q/ V! L
; F4 B' g% `9 G: E9 X
菲列罗公式    Ferrero‘s formula ' Y4 o: A! g4 @. Q" y8 q
; B: k; a) L, Q* _& h
菲列罗公式    Ferrero's formula 0 a5 ~  I7 d6 }9 k  e$ N( Y

% F0 ?! Z; u) ]5 [# r- M& h' }经纬[线]网    fictitious graticule 5 L  c: K& h9 d  ^# x

6 O4 f3 s4 @: z- w+ L$ l+ X2 F/ r框标    fiducial mark
3 Q* _6 B" Y( `8 l# O/ P: Y% }3 ]4 O& K0 T
野外地质图    field geological map # u9 z" r, Z. r4 n& `* e0 f) I5 O

$ `/ i: u/ f0 Z0 U% W# c* D野外填图    field mapping . C, o+ T& ^3 \& ?
4 @; T, B0 d5 [* `0 Q
国际测量师联合会    FIG
* F0 i, Q5 i; a. P- s
# r$ V. y/ O( }% w0 X6 X$ o# o1 D地球形状    Figure of the earth / J/ K5 m3 v# Q4 |. _" J
# o9 {' m6 z1 J& J* j3 Z4 n
滤光片    Filter
7 D! J3 m1 j9 X* B) u# a' Q$ k
8 v; _( Q. o( v9 g. K/ D竣工测量    final construction survey
0 R  R1 K% B( _! z# O( D1 X- w$ x! z4 _6 a: ~$ y/ W, F+ M- z
渔业用图    fishing chart
% I$ z8 f' e) I% x) i- g! j1 a; p. S) [3 J( Y6 w- Y
渔堰    fishing haven " a! @0 k  |/ k5 \7 x% w& J
7 J) v7 A! ?- n" `' f! Z+ D, C! T
渔礁    fishing rock " b+ ?7 |) `& w  g. y* c. [

- K5 z3 D8 ?& K" x3 C7 W渔栅    fishing stake / _% C7 r* E& Y6 ^
% H2 [( L0 c6 F
裂缝观测    fissure observation 9 P: n2 v; F/ n6 T5 q7 c

2 y2 D# n$ v% }6 G固定误差    fixed error
" Z7 p7 l# w# S7 N1 ?* S
$ h6 ^$ V5 [, I! j2 g* i8 {% Q固定平极    fixed mean pole : i1 ]" w  e% A0 L" ]: S
; I3 `+ y8 D. I( @& e" n. s
固定相移    fixed phase drift
5 N: p$ P7 E1 a! t$ c" I5 p4 |" o: ~
定影    Fixing
5 |& o2 I, p4 c$ ?0 x* Q9 L0 Z; _8 \" e& h
分版原图    Flaps & P& t* j1 M) C; t! X
7 c% W$ D: w. B0 l/ ?" ?3 F
灯光节奏    flashing rhythm of light $ P  u6 _5 n+ G0 C
3 [# U) ~: B6 B
椭球扁率    flattening of ellipsoid 7 f$ G6 I% j6 n7 z7 B
9 A" o: ]& A$ a" s& K4 w; G/ V- P
摄影分区    flight block
' u" `% ]6 }/ ^% w3 |9 e" \# Q" n1 f; B& A( `# G9 y/ D2 ^! n
航高    flight height ; U( E, v8 T: }
, M& m1 \) p% m: k
摄影航线    flight line of aerial photography * X5 [0 y' X' l' g8 |
1 |0 Y0 p. L- G# h' J) ~0 ~9 [) Y
航摄计划    flight plan of aerial photography
- g! u( R; }2 b& X4 x( Z$ J+ s5 S8 k2 o) H5 x6 m$ z
浮子验潮仪    float gauge - s5 [+ Z# Y! X
. H8 E) \0 t5 ?. R- {0 }2 ]
底板测点    floor station
; A* X2 U3 |" s* ^; B& V* n) W荧光地图    fluorescent map # I/ d! a1 k9 J  x- r5 J: g

! O1 F! t# h1 N" i/ U. a* E航高    flying height   N1 Y/ x% M1 }9 S! W& S

8 x5 x  D, {- r, `' Q+ [光圈号数    f-number 6 {- a9 s7 s+ t, a

2 n- l' u! _4 H& e$ |0 v焦距    focal length
: Y: k0 p2 x6 g4 s" `: w
# t+ v( p$ T7 s7 |. _$ B# V7 G帘幕式快门,*焦面快门    focal plane shutter % Z5 ]7 l* ]4 A0 `: v! |9 T  K* r0 R
4 Z# w0 o6 I1 K! |
雾[信]号    fog signal , _# E5 l  ~) j7 f9 c' w$ L1 v
9 x( p$ k" L2 k3 D) Y1 U0 r3 ]
巷道验收测量    footage measurement of workings ' q7 E  p7 P2 q! d6 a  ?  q
) a/ V& @, |& l3 r7 H/ Z& ^! g3 O
禁区界限    forbidden zone boundary line % ]2 P# U' ?, q, f' `
% m. _& }( r: I8 p. e
航向重叠    fore-and-aft overlap
# @- _( e# l; m% d
, I9 g8 T& p0 I' {  F) T" |林业基本图    forest basic map   l9 G, H, d6 n5 r" ]0 G3 G* C0 _1 |

4 L) H  }, D9 J' _! q9 C5 ?森林分布图    forest distribution map 6 {- ~# {- D7 A
- ^; K2 j. Y1 v) T+ n( A% A' a9 g# H  x
林业测量    forest survey ! z1 O' F' l* ^) x$ o
航向重叠    forward overlap 4 m; [' d+ y0 t) X& x

% r& g1 R8 z+ ?& o. s4 v四色印刷    four color printing
6 }  A( z( _  J0 {, s* {+ u$ T! b. C) t% G9 _; a5 v. `3 Q
框幅摄影机    frame camera
' j8 A& z  c8 Z7 |5 m0 ?3 Q3 r' A, q3 m. Q* r- L/ K
空间异常    free-air anomaly ' l+ o/ z+ v2 z) h" \

0 H9 g9 Z1 }' \1 j$ Z9 E空间改正    free-air correction
. P  W1 F( W, k! G+ X7 i0 Q8 I3 V; Z+ }8 {2 v8 T
频漂    frequency drift 8 C1 u3 r$ @0 @5 o' \) i

( K7 H/ f# p1 c1 Z) D频率误差    frequency error + B5 u. \) l- _
, u/ F# u' O! M
频偏    frequency offset
: {& q4 C1 i: h" z+ x. ?- m! A" P4 {/ d' \$ O  D' M) m: n; l
对景图    front view
" ?- B4 r0 I+ Y# A% T! i( \' {) T, H# q9 Q! V" a. W9 R1 Q  X
模糊分类法    fuzzy classifier method
4 `4 T/ M& v* Z5 t/ Z  U* G
2 ?, G8 L) u7 m8 a" S; w8 E模糊影像    fuzzy image + [% R" G5 m7 R1 Z7 {
* c, S) t$ q5 C
G: _6 w; a. C: T
======================================================7 {+ G7 ?# E2 X( e) T9 g9 k
: H' ]; r# y6 a+ J! |
气体激光器    gas laser   z4 C0 [' X9 V1 Z; @# A
9 p) U1 x1 m$ g7 ^5 b: R1 I  {
高斯平面子午线收敛角    Gauss grid convergence + C! B: M! Q- ^3 p' Z3 V' x

( W4 V: u1 D# h+ Y高斯中纬度公式    Gauss midlatitude formula : f3 `0 K" B9 L$ E( r8 F
1 |" S) A, q! F
高斯平面坐标系    Gauss plane coordinate system : }: B8 H$ @1 b' z
( P0 C* p# Z  F1 N1 |7 k
地名录    gazetteer
/ b: R" [+ I! ]1 M0 m& n$ w! i8 ^* `! ?/ W7 E6 Q' O
大洋地势图    GEBCO
+ F7 y0 Y  s# ^( H+ L  U3 A  u
9 W& G2 z: z# X# x- G6 J普通地图集    general atlas
( @2 X; L2 o5 M" q" N% D4 i
- }, O& F: ?6 [* e6 ]大洋地势图    general bathymetric chart of the oceans
; p7 e9 E) V  z" X0 s; ?( c3 f# ~6 o. {* R0 k5 ?) r. Z3 s! G* {8 U
普通海图    general chart
: L5 L4 X5 I5 L2 g9 X2 _. v  {: U/ H7 f
海区总图    general chart of the sea 3 d' t3 ]# Y: ?

0 l7 {" @  k$ A6 b普通地图    general map
9 m/ p% Y( _: t3 x6 V8 F  u6 [* _+ `2 u4 e8 Q2 n7 F3 s# M' f; |" E3 w
综合测绘系统    general surveying system
' i- q3 U# O6 R$ b$ Y地心坐标系    geocentric coordinate system
+ K1 {7 o/ x6 Q7 }/ {; |$ s# I: I- S" U3 Q
地心引力常数    geocentric gravitational constant 2 Z4 l& V/ H3 i  _

. s/ e( @' ]0 W地心纬度    geocentric latitude 2 X; q3 R# h) H( U' s2 K" B: }
5 M$ X; H! }2 ]. y2 A- I. _
地心经度    geocentric longitude
3 ^8 M1 H" Z% d7 L/ \/ B3 }7 _8 K+ B; d+ I1 c
大地线    geodesic 1 `2 c$ ?) L0 h/ t1 U9 k$ {0 |
8 a9 a! f, ]( O; U$ g; P2 ~
大地测量学    geodesy
* e# c, u; {- ?8 \* c. L* j' S1 H+ L
8 L3 F' x( F* g, m大地天文学    geodetic astronomy * ]. ~8 p2 ?6 i% B! ~" M

1 \3 x- O% R! L, m大地方位角    geodetic azimuth % `# S! l/ C: {8 |% K3 w
7 V/ H) {0 V! s, y9 w1 [
大地测量边值问题    geodetic boundary value problem
0 Y$ M: K. l6 _5 T: c$ c
' v, O- V: C. f, y大地坐标    geodetic coordinate
$ M0 [. P! }% Q
# ^2 G( k1 l' X' i3 ?3 l大地坐标系    geodetic coordinate system
! X0 ]) z+ @& v- e* G( _% U# g+ ]8 U0 r
大地测量数据库    geodetic database
5 \. D5 Q7 Q. F  k' N% |9 p/ U( j, O/ T3 y* c+ [5 t4 `5 f
大地基准    geodetic datum 1 h8 |9 w4 I# q9 s) i% M" v
3 t. ]: t" p0 k1 E5 g2 e2 d2 ?- r7 }
大地高    geodetic height
) {. x& H) M! K; `/ r7 a
2 M7 I+ _9 M9 ^) I$ I大地测量仪器    geodetic instrument 0 N  P  l. F; j$ i; a) ^; E, D
% m9 }2 e; h9 |
大地纬度    geodetic latitude 4 Q, E" X8 j/ K( e" I, t6 _

" W6 B, d9 R. e3 |* N" P% h大地经度    geodetic longitude
: S$ d0 r1 ], Z0 A
: S9 H2 C: C) Q2 u, r7 J  u8 U大地网    geodetic network - f$ m6 d* h$ J; C) A* z$ V. P/ Q
+ o5 B" V  `5 i2 S! O
大地原点    geodetic origin + c- n% |% j% P4 Y' o+ I0 O$ v* {: `
" B, o* d/ E2 D3 v
大地测量参考系    geodetic reference system
' ]8 u7 ]& j+ l: ~! l; \0 v& C5 K9 |- F3 A- Y
地理坐标    geographic graticule : Z, C$ w0 l4 v4 f* v3 B

3 q8 W+ d! a/ a+ r* ]6 A% Y地理格网    geographic grid
5 G9 K9 N) |& [& d- X- I
9 a5 i! W6 b! F' e& E地理信息传输    geographic information communication
' g7 b4 g4 P; p- _& X- N
6 H8 z) W7 ~' c/ Q& _地理信息系统    geographic information system
2 c: s5 S; ?" z7 ]* Z; Z  A  p  a. K! O& r+ P6 M$ O
地名通名    geographical general name
4 V+ U' I9 |: I7 l& \; `
! P  s) F) N: r9 R6 W% R地名    geographical name . U, u+ Y6 P. G* s
) J+ D- O* w" L) G
地名索引    geographical name index ( Y+ K: i% v3 z! r; Z# n2 h, C0 Q1 k) k

' h9 j' W) i8 z& h地名转写    geographical name transcription ; d5 f$ g+ Y) m

6 \, F9 }8 c3 ~" r6 ~地名转写    geographical name transliteration 1 e+ |  {" F* m% A5 {

, N6 u4 l: A% c& j5 _地理坐标参考系    geographical reference system
% C  K. v; }& S, s1 v地理视距    geographical viewing distance ' A5 n1 p& f- V) n5 g1 [2 c
) P$ y0 ~# [5 R! ^' U0 e, r
大地水准面    geoid
. L1 N) s& q4 u4 |: k
2 {/ c# S: |7 h& N; s大地水准面高    geoidal height
5 f1 j% d5 x% x% |& r9 ~
9 a- D/ I- b  P% `0 f# ?' x9 @大地水准面高    geoidal undulation
& x- `' l# o3 ^: g
; q: F4 I3 j  e像片地质判读,*像片地质解译    geological interpretation of photograph   x; V- @3 y) W
; _. e, w7 Z. N
影像地质图    geological photomap 7 c2 R: @" u2 Z# V
/ M6 I8 V' h5 W: v  E1 c
地质点测量    geological point survey
+ L6 U5 }, q0 b$ ?! O0 v% w4 j1 |& x
8 m+ O+ s$ L; k) o. z( e2 g/ _地质剖面测量    geological profile survey
% E9 _5 b) F2 o) m( O0 ]) K0 _+ L. z7 Y5 Q, D  T, m
地质略图    geological scheme 3 F' l1 S; e, _. J+ U+ Z* y2 x
3 G! \% a+ G! ?5 t* j- g: m
地质剖面图    geological section map 4 R( ^/ k; ?0 ]$ k: r
$ }1 F. S3 X! p; d3 F
地质测量    geological survey   d$ c% a. \$ d) J# V' p( Y
8 d/ p0 c3 H: j5 |9 u* @
测绘学    geomatics - S5 J6 I2 G% `7 K( ~/ V
几何条件    geometric condition + Q- q, d0 m1 r' ^+ g! n% \

" l4 D# Z% [2 q3 o& {* c几何校正    geometric correction ' a) e1 n( ^+ n6 _" M4 `
. o+ r/ u" K$ u7 B- Y' Q* k  m
几何大地测量学    geometric geodesy ) ?, n; d8 [! P0 m2 y) a1 _* ^% g
% |4 j0 t0 E. z# l
几何模型    geometric model : d4 M: c0 a8 M- B7 t  G

0 x( J( f& L7 [) ~几何定向    geometric orientation 4 O# E; Z7 x5 h8 q# a! f

8 D+ {9 R/ d% k/ k4 H几何校正    geometric rectification
4 L8 l2 V9 @, `5 A) S1 u: K0 ^) m  [" e) L; [$ a4 `
图像几何纠正    geometric rectification of imagery
& }7 X( ]* W: _6 s
" M2 Q+ n0 {: Y. H图像几何配准    geometric registration of imagery
- M" x# }4 ^, m2 Z/ Z9 u5 m
9 H% k. T$ V& \0 S5 r矿体几何制图    geometrisation of ore body
: U4 t( w4 N  O+ Z/ Y3 Q
7 u  A0 K8 O6 h3 B地貌图    geomorphological map
$ }$ P: n. ^9 w/ y, ~; O! ^# \' i1 A2 P6 [0 k
地球位,*大地位    geopotential
6 d: h- \6 w) m( _8 O% k( n
* M0 P" I1 O7 E地球位数    geopotential number
  Q. N* f0 G/ x6 O/ _- D) S, `% _, C# Q+ @2 u& ]
地球同步卫星    geo-synchronous satellite / {' ~6 H# e- T$ S6 A

9 z% |+ A) z, b( i% N# ?, p地理信息系统    GIS
, q8 O6 G' |* u+ p2 O( U; t2 d& y& N! E7 e" G1 m! O
全球导航卫星系统    Global Navigation Satellite System , p) l7 W& @. N* T. s  a! g/ k) b/ r) Q, G
( L/ z+ j& U- \8 `3 b
全球定位系统    global positioning system & ^0 G$ }1 j- [
8 Y4 k: f& S7 {; z4 z9 q2 p
地球仪    globe
7 N2 ?& W. @1 Y- g2 y
' W8 t) a: ~& a0 A4 _全球导航卫星系统    GLONASS ! o8 C' M6 u, p) t5 i
2 A# A7 |7 U4 m$ C( U5 f7 r# {0 X
球心投影,*大环投影    gnomonic projection
7 Y/ j5 e' k+ a
+ d8 B! g9 W2 N% Q! j全球定位系统    GPS 7 `! i( @4 F' N" O/ k# |

9 m5 C/ o0 U+ q4 c! n& r坡度测设    grade location + F& e' K$ w2 u5 g

! H: v/ w. H% k: l7 \重力梯度仪    gradiometer
5 _; B6 ]4 h4 A" A$ Z* t
* j4 V0 T7 V& u8 _重力梯度测量    gradiometry : L7 s: Y( c) M+ _& q, w+ C

8 L8 i4 u( S. h- I0 e/ f分层设色表    graduation of tints
0 E3 M9 d. |! P/ {, v. n4 `
" A9 a( ~3 q! }7 n8 a图形元素    graphic elements
, q8 x5 S9 ]; o+ W; ?" H: @, \' a
图解图根点    graphic mapping control point
! [2 D3 h. L) Y$ J' C& ^0 K4 \( e3 V8 b
图形记号    graphic sign ! L: x; a7 E/ y* l3 f# W. b
% |8 P3 B5 L. v5 j" H
图形符号    graphic symbol
1 h" p# v9 {$ s; ~4 u8 {; `" i
+ ?3 M2 `9 ~$ m$ J( K- |- V图解纠正    graphical rectification / ^' I7 R! G1 G  Y9 t
+ U( }/ i* ~2 d1 M
图形    graphics
" @4 j; K2 o( y, Z$ y  Z光栅    grating - Z9 L' e( `0 b2 f" d' Q+ Y* R
, D: D* G, a  i- O3 V% D: t3 F
重力仪    gravimeter
$ }2 Y" i2 X& e; ?
% E& a/ I) X3 @7 ?' S6 s5 k重力基线    gravimetric baseline 3 W! i7 |$ x: O# Q* J6 d$ w, V: P

+ m' M4 d4 m6 u. C重力数据库    gravimetric database
! m7 R: C' {* u2 m0 a5 c$ s- I8 r* E
重力垂线偏差    gravimetric deflection of the vertical
  R/ d+ T! s0 D& ]# o$ M; W+ B! A
: m/ |+ p3 ]5 I3 t8 \1 d重力点    gravimetric point
8 q9 p' a4 E6 g1 }( @
; e& b, `8 U! u) c& S, t引力    gravitation - C3 J% ~0 Z+ i; Q5 Z' D! B: R

6 z& b5 l7 ?2 d/ k8 |# n引力位    gravitational potential - R  Q' e* t. T0 M) R, q# ~* A
5 F, T2 {2 }- N& l2 q3 X( p0 |6 n
重力    gravity ' D6 ?6 ]) l$ G  ]  p/ Y' g- G

4 _1 ^( s, v" y: {6 q! ^重力异常    gravity anomaly
; w# p& x, ]- }& z! ?
( C. O' D, `, ^! a3 R) c8 @重力基准    gravity datum
0 v  _/ m: ~3 [7 p6 o" W3 ]1 H- t
重力场    gravity field # ^) m. j4 l- V9 b1 o2 `
重力梯度测量    gravity gradient measurement 4 X. b8 x) `4 W' \; \
3 @  r  x1 E, V, _4 m; \2 T" f
重力测量    gravity measurement 9 b- w: t4 e5 k7 C

$ h3 |) \5 ]( P( p0 x重力固体潮观测    gravity observation of Earth tide
8 I6 w/ T' ~9 a3 o9 Y% ~  t# I4 D8 `# h% X
重力位    gravity potential 5 M8 i- ~: l4 P1 C  Y

0 T  v' o4 N3 c9 k9 ?重力归算    gravity reduction ) ^7 Y/ v" V$ Q) R+ E" Y* v5 }

% ~- A" G& I* l1 f" E9 g大圆航线图    great circle sailing chart ) n/ {8 p) c$ b1 ], y
0 l3 J2 c6 @1 |6 j( x$ P3 n) C
灰楔    grey wedge
( S& V& e* d! ^! h8 V. Y, O; b8 e1 ?) m
坐标方位角    grid bearing
2 H7 e1 T4 b# c0 j, ]* J0 E2 Y" O; Q, g8 ~3 A
网格地图    grid map
; C; y( x: ?& B! S% J/ j( _2 P
* h) f/ q7 |4 Q, U- F9 E: \网格法    grid method
$ K5 d9 V) K4 A8 A& k8 T3 C- [
( f8 r1 V$ |/ v邻带方里网    grid of neighboring zone
0 s4 l' S5 j7 }2 J8 P0 d" O/ B& b# i+ y6 c" N% ]/ a4 `
网格结构    grid structure , u# _) R. D3 t, f9 A  i
! M+ v% w) a# Z  S" D2 U& }+ _9 g
粗差    gross error
5 w7 @" M, _8 B1 _. K( m* h* n4 b, F# a2 ~
粗差检测    gross error detection - `* b+ {6 s* r3 \; t

: J5 E" Z* d0 S" Z地底点    ground nadir point 0 T" W8 ?% x0 q( e5 D) c$ [
. p  K6 @' F' E% Y$ A
地面接收站    ground receiving station
' ~7 o4 y7 _2 @
0 `$ v: F) e) F' `地倾斜观测    ground tilt measurement
- v& b1 f" Q) t1 {* G) J, P9 A4 \2 X9 |4 {* n0 I
地面实况    ground truth 7 K: c. Q3 h, e! M: \! D. X
! L; a# i- I% I3 C7 |, P; h
地基系统    ground-based system
  p- k" H) U, \
' q, p/ o  F* D) u( {; r* S标准配置点    Gruber point
/ ^- V# _* s8 r8 v& Q' P' W2 b+ E
' _# E( O5 u" V6 D% i7 p陀螺方位角    gyro azimuth
1 k, `" m% W8 H& A9 j7 @0 b6 L" U& B! `1 ^
陀螺经纬仪    gyro theodolite : N5 R' R1 m: {% [* D5 R

1 ~1 }" y. {: W% c陀螺定向光电测距导线    gyrophic EDM traverse
6 I$ e  I% j7 N/ A
, h# m/ `5 L, z- j8 t陀螺经纬仪    gyroscopic theodolite
' L3 K9 ]; U$ {; R3 c( O1 e! g9 G7 [; B7 u. ^9 {, b
陀螺仪定向测量    gyrostatic orientation survey
9 s' D1 M. o' v8 X4 hH
3 i. Z4 v. @: M" w" N8 X* K======================================================
) E5 W9 t1 {* ^4 z晕滃法    hachuring ' K6 q$ d5 \1 w9 m' H# L
- ^* U* E! D1 m# c3 x- _( ^
阿达马变换    Hadamard transformation
$ k% \9 |% z0 J3 v$ B# ~6 B9 M$ ?) u4 n
回头曲线测设    hair-pin curve location # p. V! N1 f5 s) f

4 b7 |# |  j$ k# o; k( C& B间曲线    half-interval contour
9 z3 X6 b* f9 T) U, z; w/ T, E. A3 j, l2 ?
半色调    halftone 7 c" G2 a& J5 N6 |! I& z6 p0 V
7 q+ l: Z$ C/ G) o3 q
手持水准仪    hand level
6 q7 h: I6 S2 h2 a$ \" f8 b$ s- j  h! [& U
悬式经纬仪    hanging theodolite
! j& U+ |* P, C1 L0 n9 Z+ E0 ^! `2 |' D5 g# q7 ]9 U" |
港界    harbor boundary
& t0 n0 S  W! ~5 d( N( y, ^7 X. H2 ]1 Q2 Z+ g9 _
港湾图    harbor chart 7 Y' F- l. e" f
& D; M$ O/ q; O) m8 k
港口工程测量    harbor engineering survey - z& j* q) |9 F1 G' u! G
4 }* b3 a  `0 @; ^, K$ N' ~  e
港湾测量    harbor survey
0 o0 Y9 _6 o8 p% t, {) M# }* p* J$ Q& G6 ^# h" w  y0 M
港湾锚地图集    harbor/anchorage atlas # ]) h6 `* s' ^+ J
海福德椭球    Hayford ellipsoid 4 {8 }/ t! V; T  t8 ^3 |, N
1 r- T. ?7 W  U4 z/ ?" J
高密度数字磁带    HDDT $ R4 A0 u7 C, n
  H3 @% c! M( L0 e
艏向    heading
, z1 \3 ~, t' |% B/ M# Q
* ^+ R3 r) A/ D% e5 Q波浪补偿    heave compensation " t0 [4 |* y: y$ ^8 v; A

% p! B$ _. o- d( H波浪补偿器,*涌浪滤波器    heave compensator ; W4 K- y# i* b; q# d+ @
1 i+ b7 m$ L  ]8 |  S/ n- l$ i: r
高程    height ! E' v6 k7 C- d/ Z% ]$ p/ Q6 Z/ P. z

$ u; T4 j" J4 h# w海拔    height above sea level 2 z8 ?5 W" z7 T+ a0 L9 B1 ^3 i
6 S6 o8 V! ^2 S% ~) o
高程异常    height anomaly
7 B( ?  X8 l2 I4 U, S$ z
1 Q+ t7 G4 \9 C& G" A7 H% A7 }! ]' X高程基准    height datum + n$ @0 X, Z# N/ c0 i
. {4 Q6 W9 m3 j% U& @
投影差    height displacement ' R* g6 d' @5 z& @1 e7 T
4 B. z; @/ z- V6 }8 D  J
灯高    height of light
9 b! s. I9 g  E' R% D' I3 p+ U& b5 B9 \* s( i( {, s
高程系统    height system 3 q! h/ g; P' r$ l% S- J# Z5 ]/ }
! b/ f% Y. l. K
高程导线    height traverse ' a6 Y, X' M' ^, K, A7 x- E
: k- z) k4 ]) G
回照器    helios : z6 @7 c4 A) r

( s" p: [9 ?# t+ ]. x8 e回照器    helioscope
+ f0 @' V  `, d' b0 ~7 F0 _) F3 Z5 N# y: |. H# S" G5 O
等级结构    hierarchical organization
6 a! T. Z& ]% S
# t7 ^7 Z* v: ?- R. e4 }  [7 x高密度数字磁带    high density digital tape ! D$ T4 _& S) Y( i

: S# p$ [8 I% ]3 C- l理论最高潮面    highest normal high water
# w" k/ [5 ?+ f! U( Q; n
1 v. T1 ^! V4 g# x9 Y/ ]晕渲法    hill shading " b$ F' x+ ~0 F

5 R% `' K& C3 V( Y  U1 c" M直方图均衡    histogram equalization
% Z+ o8 n7 \# D* W0 V/ m+ K2 X+ Z0 U
直方图规格化    histogram specification ( m  H  |. c! b- B( p. G# |

+ P6 A- S# g' J( [历史地图    historic map
. H9 r: Y; T' s3 ^" a2 @
$ S0 a# e+ w- F0 G# S2 u* v贯通测量    holing through survey : C/ J: ]3 w# ]6 ~% P. E8 `1 {

4 J5 s, E' h: `1 F8 T) m全息摄影    hologram photography 7 I7 g7 y: y" J2 C
6 g7 y: \+ h& f* l
全息摄影测量    hologrammetry
, o- D. G! E2 c* ^+ d5 A% H
% H- m) P% a) x6 R% {( R. S全息摄影    holography 7 q1 L4 Y6 }& `4 R

& ~( A( O. a4 Z* y) _8 E7 Z% A+ q9 r组合地图    homeotheric map
, r% T. I/ {% q4 R  c1 ^, y/ U! N: U/ [. n9 h5 D
同名像点    homologous image points % ?7 E* E/ s6 h! E) T% Z
6 m. @/ {& q; G2 O9 S  q" S
地平线摄影机    horizon camera
0 w2 K  C* H' G0 K- O$ w. X! I: S. x1 M) {6 E9 l6 u! F
地平线像片    horizon photograph 1 t. M1 H3 I. F9 [
像地平线,*合线    horizon trace
6 Z8 x9 _) G  u3 x! ^
1 D7 X$ r; j7 |! P- g, @6 B2 o水平角    horizontal angle / y& r$ L, ~% E- V4 @! A5 \

: c- J$ u7 s- E9 x" c9 W平面控制网,*水平控制网    horizontal control network
/ W$ Q, }- F- V' W" E
. ?7 h& P0 e) d' {9 U$ t平面控制点    horizontal control point ; W$ i: I3 |. U2 B* U$ u

6 O/ Z" i' M  m6 b$ L9 A( A平面坐标    horizontal coordinate ( Y$ B3 N' y! `# E1 n0 h
$ a1 j: G7 f" B( m2 }* O3 A
重力水平梯度    horizontal gradient of gravity
9 \" Y; K  Y$ z0 J
$ b+ p7 Z" {# d$ `左右视差    horizontal parallax
- S, b0 r( {( K/ Q1 k" e+ ~/ p+ r
水平折光差    horizontal refraction error
" f! ?0 L2 n. F# |9 W* n/ Q
6 b9 O+ c6 A0 g* y/ h5 J/ f黄海平均海[水]面    Huang Hai mean sea level , o9 ^+ o# `' i. M8 `

4 \& q1 ]  {* z& `7 o( b色相    hue
3 Q* l$ h4 k9 R- |# z* v8 ]" O
+ D8 \/ ?! J# \$ h' |) p' g人文地图    human map 2 r3 n# z& |: r0 A) M

6 g2 ]. ^; `- o/ y! V海控点    hydrographic control point
  m( O( |/ L: |& M( P水利工程测量    hydrographic engineering survey ( X7 P! W2 }2 Q& v
" }' z& k6 S7 G. ^
海道测量,*水道测量    hydrographic survey * v4 \% ^' f( ]8 _: l: T

, f( B. Z: ]! m海道测量学,*水道测量学    hydrography 3 k& u" N6 \# @6 E

9 h! q: k+ f; W6 }: `. V. R/ p& D水文要素    hydrologic features 4 ~3 u7 |' ?$ T1 K( N+ l

) I& V2 u' f' U6 v水文观测,*水文测验    hydrometry 9 k* m! W+ F) a! J# d; w' }
0 K" e, T& ]. y9 P: l) t; M* M0 ~
水听器    hydrophorce 2 H2 g( X9 u$ T' L/ k, H

, L, u4 v# u' s0 u/ n% i双曲线导航图    hyperbolic navigation chart
+ ~, E4 P# n7 ?# a
1 R& v& q6 p, }/ N双曲线定位,*测距差定位    hyperbolic positioning ) ~+ e$ K4 Y0 e9 y% x
  A0 F, U( L# Y0 D
双曲线格网    hyperbolic positioning grid 5 v! t+ ]& a1 Z6 `; t) }% j; h
5 }; a- x) f- l) ?5 O7 u; q
双曲线定位系统    hyperbolic positioning system 4 J) ?& a1 v  `9 E
3 E6 a' c5 }( t$ `2 y4 Y  y
超焦点距离    hyperfocal distance 0 d* J) R. t  S! f- L, N6 i- I
: i" G1 R( v5 O  X; Q
分层设色法    hypsometric layer & \* b( [+ k- S$ K6 O9 u
4 x* Y) A& \% J- }! Y
地势图    hypsometric map
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