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测绘类英语词汇A-H

A
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0 F2 M" e6 X0 T4 v  Y/ s阿贝比长原理    Abbe comparator principle ' G5 B; P% u- n

) b# I+ i7 O8 K绝对误差    absolute error
. O0 Q8 o' Z; ~
+ s- p8 ^8 Y7 e6 T+ t绝对航高    absolute flying height
$ X- b5 m* M' C  G/ _. Q+ u
4 o5 k6 n7 \: Q绝对重力仪    absolute gravimeter 8 c5 X+ q( x- h5 L: V# v% w9 S) m

7 r4 k. V, \# _; w# R& f' r" c绝对重力测量    absolute gravity measurement 3 x) k1 W  Z& G9 }

0 p  U1 l) N9 Y$ {. [  p绝对定向    absolute orientation 4 q/ [: L6 U: J) F

! j8 ]0 ?/ v. q% L) G& V3 E绝对阈    absolute threshold
0 F$ i  _* [% P1 R  r6 u: {
0 ]9 H4 J" y+ n( \0 S0 ]( h; `抽象符号    abstract symbol
' K1 `. k1 l  l. o: M! O! i6 `0 [1 j- A1 }: j+ d" @( _
偶然误差    accident error ) i; ]4 f6 ]0 n/ f5 d
1 t1 ~+ s8 h3 o3 }3 G
准确度    Accuracy
' F( ^$ {2 _4 o: u0 e3 h* B
$ C) B6 H' ^- ~. w色盲片    achromatic film
$ ^  J4 ~% ?  Z" c4 f/ w0 x0 E; O
海底声标    acoustic beacon on bottom
9 R6 S0 ^! X0 p
+ f0 n0 P1 _/ j- N' j  n4 K声学多普勒海流剖面仪    acoustic Doppler current profiler
2 Z2 e. m2 n0 z" l, P/ }2 N  N( I% x) q2 x
水声全息系统    acoustic holography system
0 V9 N7 ?+ e5 D
& T, y& g9 ]: t8 D/ N水声定位    acoustic positioning ! t4 \+ k, M: U3 F% L/ T

3 g7 n- n; g7 |水声定位系统    acoustic positioning system ; }. @- l, K$ W3 a

$ p+ A9 R7 x- q$ C/ y1 x) ^" ~水声应答器    acoustic responder
% g7 [1 X1 Q, K3 o0 ?- Y$ K; J! F$ ^9 ]) D2 G9 ?, M) H
声学水位计    acoustic water level
3 p) F2 G/ a! s  g* b; D
/ B7 T9 ?9 E  Q) T主动式遥感    active remote sensing # T6 |3 i( e# i- [

; P( q2 F: X! D  A! B% Y; V7 z! ?适应性水平    adaptation level
* U6 m; d  v. y2 j; O  C
$ p8 n' |( O  D7 a声学多普勒海流剖面仪    ADCP
$ z2 L8 T+ _5 K. g% n. z1 C; q8 x
加常数    addition constant ' i$ q# f: x# F- x+ A+ m$ s

9 q+ y# E! u( S, x2 i附加位    additional potential 8 E  W9 K! m7 g5 R7 i  k+ \& P3 q5 s
" I! D; b- I) _9 I- }% Y
坑道平面图    Adit planimetric / e, k* M8 W, M  {  m2 @% V$ y

. _1 U' p5 V* J& {坑探工程测量    Adit prospecting engineering survey " c- v7 P& h" w8 G
! ]+ y$ q. a# Z' m
平差值    adjusted value : ]- J! P+ I$ F3 n4 d: `

& ~( S7 h4 V" u5 o结点平差    Adjustment by method of junction point 4 v; k9 k$ V  O1 J# J
& p, K/ k1 V+ [* ^
多边形平差法    Adjustment by method of polygon ( w) q8 X( z9 C! u; l! L. U
- r! L7 r- q& O
天文大地网平差    Adjustment of astrogeodetic network 4 w0 |* S3 L. f+ z  V

/ a, A; V: V, ]7 D& J, r' }9 J相关平差    Adjustment of correlated observation # a8 _+ M$ v. Z* `, M' o: C: s

0 U  g7 A/ ~- \& ]( D4 s测量平差    adjustment of observation
* ~: V) L. V& C1 ^2 z$ ?/ H  ]! h0 \* {
典型图形平差    adjustment of typical figures
( [, V* P( d) z1 G  b- D$ e* s# c3 @! C
行政区划图    administrative map
5 |( D4 Z+ k9 w" K9 N
& ^' p/ E( t5 x航空摄影机    aerial camera # Q- V$ U! D1 r1 L0 _' t0 A4 F+ I
/ l2 E  H  X$ r9 L- X8 X7 u
航摄软片    aerial film - q# T$ Y6 d: @& K$ V2 v" q" R

5 s% N1 l& K- R6 [% ]航空摄影测量    aerial photogrammetry
& y; u* j+ L8 E! c/ D& C; g6 q* M; {0 e/ Y
航摄像片,航空像片    aerial photograph 3 _  S) v$ t( i1 [

3 v; I  E, a& s' @. f! ^7 V航摄漏洞    aerial photographic gap + V: w% O# r/ ^& O5 t
' Y1 }: y- f* B% S
航空摄影    aerial photography ) @& H, d) f8 h# T2 |

, [, F" h7 m5 K0 y航空遥感    aerial remote sensing " {  d; ^' }& V
5 N# t  a; S/ O0 R$ b& l! b. l
航空摄谱仪    aerial spectrograph
4 D. y8 Y& N1 H
. v6 H% C, v9 r8 b! D空中水准测量    aeroleveling % a  v, `% j& G  d, y2 ]0 r
航空图    aeronautical chart
/ i0 c- k7 O0 ^. }: y
  ?; c: i8 v2 P; v- R空中导线测量    aerophotogonometry & a' l. Q9 \0 h. |4 D
0 h- I# H/ Y( s4 ?2 l6 m  [
航空摄影测量    aerophotogrammetry # |% T8 f$ B# Q4 r
0 N0 @* v" [* [. B
空中三角测量    aerotriangulation
( T& C- \! T* f  K! i$ V9 z1 u4 D* o
7 C+ L' S/ i# ?变换光束测图    affine plotting
( R2 p2 Z# C0 F( t9 b
( w" O6 m: W) ]* z: b& O7 a仿射纠正    affine rectification
2 L. J6 y( J! E2 x8 ]% a; s9 a6 m+ `5 T. u" r
拖底扫海    aground sweeping
3 i) h1 U/ S$ `- s
+ h1 [; i/ q7 J( |摄影基线    air base
# z$ D8 J0 f$ j% u' v/ W% Z1 }+ P2 g+ k: w" |% m/ c, Y$ ]% l
航空重力测量    airborne gravity measurement
3 {" E+ I& S0 A* @9 m$ y  {% F( A8 h9 T, H
机载激光测探    airborne laser sounding
. P. q/ w6 t: _. s
1 s, H' [/ _7 |2 @4 H! R机载遥感器    airborne sensor # q+ q4 o# ?  j2 c
4 ~2 z0 T: l, K% ?: I% @' Y: a
机场跑道测量    airfield runway survey
+ Z+ Q0 K1 c9 o! [  J- D2 c机场测量    airport survey
1 m( \9 B2 |2 o" I9 Y0 ?" Y9 d3 x$ G5 n3 e+ d
定线测量    Alignment survey " v$ F, k! S$ c. ]. y
0 ]% }) ^7 P* N! j' T9 \9 C9 i
测高仪    Altimeter
! s0 m5 X6 U2 c4 Y8 B
+ {9 C. ]" \! Q! s) q5 q+ C* N高度角    altitude angle
( t- @% L9 h0 D5 t! Q0 X4 f  W0 V, ~; {8 t& M2 g
分潮振幅    amplitude of partial tide 8 P+ I- \8 `$ K

; i4 Q1 n0 w5 ~4 [+ \" i) V' r互补色地图    anaglyphic map
3 v9 O8 a' v  l# f0 N: i
3 w7 N' z# F+ l+ ~/ b互补色立体观察    anaglyphical stereoscopic viewing ; \" g* L' I1 Y
) y$ T* g: N6 o2 _/ |; D
互补色镜    anaglyphoscope
) y: `% {" i' N
2 m9 ]. w# ?2 q, Y+ V模拟空中三角测量    analog aerotriangulation * I& {# l& }0 K& B2 t' d

( ]; K& J; Y5 B" ?0 h7 S模拟地图    analog map 0 D( n- [& D; E* G0 D3 c" c' F
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模拟法测图    analog photogrammetric plotting , j( U5 m$ k7 Y+ b: `# O8 {$ \2 I. y

2 V; |; ~% t1 ?9 S  s, q- Y6 S模拟摄影测量    analog photogrammetry & Z8 o* k! w0 I- s* W. ?

$ ^/ o6 e5 o& i2 a模拟立体测图仪    analog stereoplotter
1 X# L* H& e: @  h4 i% A0 R& y% Z4 o
模拟磁带    analog tape 5 `9 Z& X; Q  t( c, h) r

8 Z; E! ?7 o) b$ |卫星共振分析    analysis of satellite resonance 9 m- R( k* w6 |  }& N

" |9 p2 W) Q9 I% x5 B+ ^; t解析图根点    analytic mapping control point , o7 s9 P3 a6 P  `. |: ^3 y9 t

1 P. c1 `0 f/ I4 I  {5 L& l解析空中三角测量*电算加密    analytical aerotriangulation
# l% G8 L$ d2 F3 ?( P( L! J& d
- E$ d3 n0 g5 K% E分析地图    analytical map 8 j. N; I! C$ b* ?& m# T
6 P' `# x  `! s: g# X
解析测图    analytical mapping # h: i  B  E& }/ @

- V3 u6 j& N% z0 Z, z+ P7 t+ i解析定向    analytical orientation ( }' {9 Q" }9 l3 G1 ]
/ L% @: k0 w% s1 J
解析摄影测量    analytical photogrammetry ' Z' h; V6 F3 ]& f& m- g/ N* @4 j

1 L% U8 t% k' o2 h" x解析测图仪    analytical plotter 5 r; i9 y/ _% U8 M7 t5 K0 @

" C4 E7 _7 {  ?, P解析纠正    analytical rectification
1 ~2 R& @6 l/ j7 b+ X8 B7 ]
  p- G. i# T5 p& T运动方程分析解    analytical solution of motion equation 4 h0 O2 X( y* a; W; G) Q

8 T3 T- V9 v6 B' y7 f锚地    Anchorage
! h1 a! Y0 x" t) ^3 F- q) `( L
7 p- d  C6 }7 N7 |4 e5 t0 B锚位    anchorage berth - Z9 d2 P7 h' s& R+ e7 [5 H

( v$ }0 U3 x: }- R禁[止抛]锚区    anchorage-prohibited area ) U, u4 M9 s6 v. h$ Z

, i* }9 N/ r8 o4 a2 z6 m, V4 E3 J古地图    ancient map
3 M6 {  @/ r( n: n+ l
* ?9 g+ I1 k; D3 [% Z0 h导线角度闭合差    angle closing error of traverse
; y4 @" e  Q  h/ l: G+ I
2 H3 ]1 h7 z! D0 N像场角    angular field of view
# i& `; R2 z, O动画制图    animated mapping
. h, q( X! w! f5 u: O7 e
$ m7 U8 F7 v7 _' N动画引导    animated steering 1 V+ d+ m- [( }
% g, B, I) A# O3 @! c9 k3 h
附合水准路线    annexed leveling line * t. ^* ]/ G! d" L3 B
9 \9 \1 Z: T/ [/ ?$ G4 o- e* \, c
调绘    Annotation
7 y* P% g- ~* r" W
; m' F9 \2 @1 M+ F磁变年差    annual change of magnetic variation
3 f: L7 A% Z$ y4 j$ m$ M2 {9 {* }. z# G3 N6 H  S6 O
年平均海面    annual mean sea level + q0 W( Z' x' K/ T8 C

9 F# B$ A, b& J8 B; a( M天线高度    antenna height # X8 e" f3 L& B0 |

6 F" R8 C! }, l+ G6 j1 c# u光圈,*有效孔径    Aperture ( M; N' p1 v# X/ V7 I6 ~, O

" A" [" V7 S' l1 c9 p' |  {视地平线    apparent horizon / x/ b6 k4 ^. x3 h9 v8 n- j

. A- `5 d& a. \4 T9 [- T( {6 }( a实用地图学    applied cartography 8 s4 u" c7 O# S' k8 y6 Y8 n

) \( m- R7 W7 P近似平差    approximate adjustment
. M; ~. ]3 |% \7 ~$ O) \# _8 V& F, o7 O4 ]" _# a7 s
任意轴子午线    arbitrary axis meridian ( G* ~0 \7 h8 T$ Z* h% L+ p9 ?
任意投影    arbitrary projection
$ |/ X$ P: U& Q$ f
) W, ?" n( _& V" V1 y0 v' r: R任意比例尺    arbitrary scale   V- D( P. _6 `% g3 T

* D" Z- D5 t# j" B' _# X考古摄影测量    archaeological photogrammetry
1 X6 |, i! A7 R! ?& {: W  H3 G" G, l8 A. y' g4 b# Z8 A
建筑摄影测量    architectural photogrammetry
! M( R0 v# H* T6 k+ p8 s5 W# {7 x( G: j2 C# P; l
高斯投影方向改正    arc-to-chord correction in Gauss projection
: G6 U# A. z* P6 @4 s7 w3 d
; v# f& S/ u/ A' i3 u, e8 i/ R面水准测量    area leveling
7 U! S2 `1 n4 K2 x% ^) d: ^) }" w8 q& p! Q- m
范围法    area method 7 m5 _9 Q$ L3 B& K3 w7 P  i6 {7 e
' S: Q, ^5 R% O, s2 K; N
面状符号    area symbol 1 I8 S1 x7 j/ x) h3 I+ a

- X, q9 q+ v; u  f4 G运动线法    Arrowhead method
0 u) {) Y6 A8 e/ O9 l/ }0 ^. I! T: Q9 `+ f
人工标志[点]    artificial target & m, I4 _, g, Y; H& p+ f/ {2 V
: ^$ d& J" X4 M
整体感    associative perception 0 I& K5 s* z/ j9 j5 N

- u$ _3 S# @* o/ f6 ^假定坐标系    assumed coordinate system ! Q# B2 P) Z' i
6 d. c  ?" X1 x: M2 l( U  o
深度基准面保证率    assuring rate of depth datum # P* b4 y# {6 d
% j- r7 d: M' G7 n
天文大地垂线偏差    astro-geodetic deflection of the vertical 6 A" `8 B* O* V; f4 G/ B
* a3 w3 _9 k1 D1 s: {* e
天文大地网    astro-geodetic network 1 F9 H& h" ~  ~# {' p& f6 S
1 `% G. N' c8 I8 J# a2 q
天文重力水准    astro-gravimetric leveling % s. i5 T+ [6 |' g

% E0 z' e, j+ i) D, _! S( M等高仪    astrolabe & S5 [. g" R3 i7 D; \
/ d, t) Q' s0 H3 T
天文年历    astronomical almanac 7 R  \! h7 s! i$ J. T: ]. i, j8 E
) y( J" h0 T4 t! J
天文方位角    astronomical azimuth
0 C- N- y+ J4 z, z9 {: ]
; E" w$ Q! ^6 o' D- J8 z天文坐标测量仪    astronomical coordinate measuring instrument + n* i3 J) _! X( C& j/ `

; M6 n- x- A3 c& @$ ~天文年历    astronomical ephemeris - ^6 m. G* m7 {! b
; k( L! T/ L/ U& e9 }& c) x
天文纬度    astronomical latitude $ B3 O3 r+ p& E9 ^
( Z( R+ \" L2 ]* v+ ]
天文水准    astronomical leveling
( r/ b3 u1 k: d* O6 h8 Y/ K8 S4 e+ C" `7 L+ }
天文经度    astronomical longitude
0 ^- M9 Y' u- P: m" ~) s; p% n- \0 {( ^" P9 G& w- S+ \
天文点    astronomical point
& D1 k- s$ Z% J2 p. \! T: }
, r' e  N9 P  g, b8 E8 R3 v天文定位系统    astronomical positioning system
; D/ ?% a! x+ l8 j( t) r# L" c( ~% w+ p9 Z7 R
天文经纬仪    astronomical theodolite
) I) |5 b9 p: m8 M. q" h6 L3 _" V2 \7 x
地图集信息系统    Atlas information system + }) N# N! ?' Z6 F
, Q9 @; u5 I) q3 ]; r" \0 Q
大地天顶延迟    atmosphere zenith delay . b+ A1 X) u6 D  }( v

+ m* T0 E% A1 {1 i大气改正,*气象改正    atmospheric correction
- ~1 O. c8 M0 S/ [: P0 d大气阻力摄动    atmospheric drag perturbation 9 \' M! A" h: t( m# H* b* V" j
7 `, D) z# |9 `/ M$ P; B- v
大气噪声    atmospheric noise & s4 I  E# n8 y% X& y% l  W1 `
2 c" c; Y# }" ^$ s; [
大气透过率    atmospheric transmissivity # j  k: |( S' Q. i% ?0 d

4 C- T: J8 U% V9 H5 @8 q大气窗    atmospheric window
1 ^" k% I( q( u$ F2 {/ x# T* `$ j; Q8 s5 z7 a! F" a  d
原子钟    atomic clock - w1 l& E. ~/ }

) t9 g9 B" j5 {4 w姿态    Attitude
5 b% h* I$ K7 U: |" l) [2 I2 h- D. L5 J9 t
姿态参数    attitude parameter / r5 Z! N3 J3 Q& L5 E, K

# s) W5 @) M4 }9 g/ p# x' ?% e姿态测量遥感器    attitude-measuring sensor
- k: G% c, [4 Q' L6 w3 [
) I+ V$ |$ T3 ~, b$ ]: z属性精度    attribute accuracy
& l( {6 Z7 }0 {$ g, s* }; ~5 f- ^6 d* i$ I0 u
自准直目镜    autocollimating eyepiece   Z" Q. [1 y3 C, n6 I
' K; D5 U, L6 F+ Z( t* A4 W
动感    autokinetic effect # l" a, J1 Z7 Q7 ^* ?4 M1 D8 y- e5 r
( q; b- b( Q) b% O3 W: e4 t" ^) P
自动化地图制图    automatic cartography
* k+ ^# ^1 q0 V9 N1 F% T1 ^: w- X自动坐标展点仪    automatic coordinate plotter
7 F$ I* X. ]* F1 ?" i( F
4 O8 u( U' R" G1 k2 d水深测量自动化系统    automatic hydrographic survey system
# T+ n( f8 b2 H/ p- F: L( l5 w( c: ~# m
" k* a+ m8 Y" O1 {' G& o& K3 ]自动安平水准仪    automatic level
5 e: r3 B7 j3 a$ ^0 ~- |% @8 g" ~! t: v. K
自动绘图    automatic plotting
: O7 `& X% C% {, R3 n: g' N. Q. r
" t, Y. F  \7 ?自动空中三角测量    automatic triangulation
; X; d; m  g" D( v$ @
5 L( z! `; I7 X6 z平均误差    average error * g" w7 V2 {: R9 f
3 X9 \3 }: H0 z8 }5 R
极坐标定位方法,*方位距离定位方法    azimuth distance positioning method ! i+ h$ ^: C% t9 M  z# K
4 \) O6 F) Q# q* A3 w
像片方位角    azimuth of photograph * h. K  E4 F$ D

$ ~( f; R1 s# ?! k9 L! v方位投影    azimuthal projection
% Q7 ?- n% G3 P0 U # }, G% ~  {0 |' f% q
B+ e3 r. i$ W/ l
======================================================8 X# R& x6 w1 B: T4 H
弹道摄影机    ballistic camera
9 l/ }+ j# F0 S! }8 c1 V: v# p( I; J) ]( |9 {3 S! J8 `* s
弹道摄影测量    ballistic photogrammetry 4 |- T6 R& W: m. z

1 G& W% c- A# R' W3 \! v明礁    bare rock % u' n. @/ q2 g+ }0 p& v
  J+ s6 c8 H! Z( V$ Q! p% n; _
基线    base line
+ H5 x! p7 ^8 ?8 w# t% x6 Q+ Z/ [1 d
基线测量    base line measurement ; q: Z: _9 w% K& A/ ]1 K& i

9 B( m& [& C9 d( g) x9 G' o基线网    base line network 9 o! G- [0 z0 \8 Y0 E
9 e- ~8 `2 z9 Z4 a
地形底图    base map of topography : N  j) K: ~7 Z" J6 r
7 ^; S9 v  }5 e
岸台,*固定台    base station
' s8 q  L: B8 \7 _  c' B+ V
( e+ t1 W( X; e- C. R6 `# X2 ~  D8 N基本重力点    basic gravimetric point ( n2 J# u( D7 M3 w# v# a

/ z6 p; b3 i5 P! K. m- @基本比例尺    basic scale
; u' y1 s9 ?3 k- @) z( S5 y% D( N: y  P( h: a; l, A  W+ V
海底地形图    bathymetric chart 2 ^* T- u. h. e. c( {2 z/ D

( ^7 w2 N4 B  |( h9 A8 v( c海底地形测量    bathymetric surveying
& b' b" X4 h1 Z2 I8 d/ _. T贝叶斯分类    Bayesian classification
' ]* ~' ^" x% O& w! m
8 H& ^0 X* z5 g' `2 ]8 Z立标    Beacon 9 c" U# W* S- K" Y. H) o
' G$ S" D, u7 v% ~' ^
波束角    beam angle
! J9 U9 `5 k7 i: ?$ f! Z) x% m% M' d
水准点    Benchmark
! ~, t/ {. S. k4 C3 B8 n& _! A: v6 H" P( r6 [5 Q1 R2 Z7 D% a
泊位    Berth
2 f5 i0 t/ G: L( W( y/ F1 d
4 r7 f, Z+ F- F/ b; h: y贝塞尔椭球    Bessel ellipsoid
6 P! \& A3 h6 {2 E! m1 ?  I* p7 s0 u' T4 M
贝塞尔大地主题解算公式    Bessel formula for solution of geodetic problem
9 o/ g, ?% m9 u: b6 L6 P- |) `7 N2 n9 Q% {1 p
中心式快门    between-the-lens shutter ( I) ?! ]7 A* p# K1 n; f
1 w+ m/ p( k; Y( A
二值图像    binary image . B6 Q9 F$ o0 y5 t3 z  ]2 X
# t, F2 U8 b, r- h+ Z  Z
生物量指标变换    biomass index transformation , U( L; i' n) @% E! ?' J0 D. [8 i1 U

* i8 ?8 K5 f  b$ M+ i生物医学摄影测量    biomedical photogrammetry # x+ B2 f; Q6 a' {

: B$ T) y/ d# B* b" W0 I鸟瞰图    bird‘s eye view map " u& M! F2 C- g0 N* C5 x& Z
7 f" x: T& ]* C6 @# [
鸟瞰图    bird's eye view map
/ g9 `9 ^5 d/ [4 J
( h% p' l' |9 s. m5 w/ o布耶哈马问题    Bjerhammar problem
  r8 w7 y% I: c9 S! @% ^
9 f, u; g. t+ H9 ^& T黑白片    black-and-white film 4 K! o: _* K% V6 I* Z# A
/ |& @" S- I. d0 V" F$ v" T
黑白摄影    black-and-white photography * u8 }/ T) U0 e9 x3 K9 A! V

8 n* q* {2 U7 u. i$ q3 \, G闪闭法立体观察    blinking method of stereoscopic viewing 3 O, L! i, R+ j0 {1 B0 C

6 ]8 s$ i- a8 `+ t. k/ G" X区域网平差    block adjustment
' x! G0 j3 `2 g) r6 d% Y& B1 h7 G0 X# }8 v
块状图    block diagram 2 V1 C) q( e* b2 J& M

  l5 A/ c, b" H' v蓝底图    blue key
3 }. `% P* H0 d: z: z& D# W8 s+ _- Q; B9 [5 B
地固坐标系    body-fixed coordinate system , |* D2 v/ A9 m& S
0 E: o2 z( I0 r& m% K5 a1 b# w
钻孔位置测量    bore-hole position survey   U1 \" K( |% f' C% |) P- J8 b+ j
' m% R* I- d# @2 Q% t; ]
底质    bottom characteristics ( Q4 [3 ^+ @5 H$ |; e* M9 c+ V2 Q

8 K! Z$ }+ K+ @  |* d  `& A1 ]底质调查    bottom characteristics exploration
/ n6 k- ]9 K# p- k( d2 L, {. l  a- v# j) B; j. c$ [
底质采样    bottom characteristics sampling 7 G/ Y+ h% u/ q9 Z$ s0 t( S

3 i* y: u$ v5 j$ [底质分布图    bottom sediment chart / _# c0 w2 W& e0 d1 D# [

. [2 r: H0 S" [1 X  N+ H布格异常    Bouguer anomaly ! y% C6 v# q% t! h, }. g) z
8 ^  N2 W1 n4 `% y0 q9 o
布格改正    Bouguer correction
6 A, U8 {3 s4 F( Y
6 Z. E# R+ D: @5 h) D# `; B( S& E界址点    boundary mark
; v* D1 m# ]0 K( V2 _3 q( u7 w  \, l. r
界址点    boundary point
( u6 m9 K+ L. p( A盒式分类法    box classification method ( g! o" o1 }- O! m2 D- |+ X+ q
1 S6 L( ?$ f: \& s7 s; E: E9 B
浪花    Breaker ' L2 l# |* V+ @6 Y2 W8 x

9 c$ H# c( w' h$ u0 b" k, L, A贯通测量    breakthrough survey
/ e2 ?) p1 P) X+ R0 ?' V$ e  f% i/ [; o# `- X4 `3 e# d2 ~0 C
防波堤    Breakwater
( P3 x! B! A( Q' L+ u3 G2 T$ @' A4 X8 i) D% U
桥梁轴线测设    bridge axis location
0 O; `$ t& Q1 f
4 v! C/ _( o6 E. {* I桥梁控制测量    bridge construction control survey 2 i5 a9 \5 C2 W6 U, n$ p

% v3 }% {2 e0 C& v/ g4 M桥梁测量    bridge survey
. P0 u. K% |8 G1 t2 v) u0 ~9 O
1 ~$ h9 h6 P- q/ ?" x6 `模型连接    bridging of model
9 f* J) j& {" x! b
# M# s) d5 R: p3 g8 |# P广播星历    broadcast ephemeris 0 C" o$ q+ j2 {+ v0 k
2 X9 q7 x; w- }1 G5 O2 C+ l
布隆斯公式    Bruns formula ! I) X# v  S. V7 J% d
: |: |7 m, u0 u; S8 i
水准器    Bubble
7 G  ^. |! L+ A* v7 p
" B( |9 d" b& t) ]" c8 c% v3 O建筑物沉降观测    building axis survey / Z- I/ R9 y( _7 k' a' `3 X4 w; T% X
建筑工程测量    building engineering survey 3 t# y" }% e/ w- |# j0 ?  \
. N1 T$ j/ O9 E" W" m/ P
光束法空中三角测量    bundle aerial triangulation
6 L* v3 j& B9 [
& _0 H9 m  n; j. F浮标    Buoy
) S8 U3 ~9 |% d! T- i5 J
! M3 G' X6 s, L% f0 B7 dC" @  R8 A3 B! A  k
======================================================, ]+ o: x2 h4 B! L2 W5 ^: P# L
粗码    C/A Code 4 J. x$ l1 {- M% d+ r
* G2 w, P* p, x
机助地图制图    CAC " f1 P- ]6 Z" m& B/ w3 B* _
8 s/ k5 Z$ ?7 P' V
地籍调查    cadastral inventory
. }* `" }# D  c1 n& B/ n+ e- D% x- l1 Q. H1 N9 q
地籍册    cadastral lists
5 ?- M- y0 p! R) v( v+ M. w
* u4 D) X% j- j地籍图    cadastral map % h2 t! v. \0 J, I8 i

- a1 H) u' X( k# ?2 [  ~地籍制图    cadastral mapping 2 b4 F  U& R* t; D; ~4 E2 P

7 t  P7 Y. D' P# I地籍修测    cadastral revision : ~/ Y, L; _% ~6 \
, n4 ?  g$ P( y+ e
地籍测量    cadastral survey
+ I' n: t3 X3 M5 n1 z0 k
/ Y. j! |6 `; a* i( g2 x地籍管理    cadastral survey manual
- a. `' ^5 X1 |, D) m1 t. T% R' z6 Z& h% D( m/ Q. \  D
地籍    cadastre
. l$ b. G6 Y! e8 c8 E  t
2 _& y8 P* N3 R7 y( F# @摄影机检校    camera caliberation
- x) Y2 m. R( Z4 u" u7 P% {% E2 k* P( Y4 v1 {1 {$ R; O) |
摄站    camera station
5 V* T( {/ t* ^; \$ @* K摄影经纬仪    camera transit
. M$ _% x1 `- w: q1 l+ Z% l7 f: M0 T4 d) g0 |! I+ z3 k. r
载波相位测量    carrier phase measurement 8 a- m+ p  H* b. v; E
5 ?! P# J) W# ^! E' l6 H, Q
分区统计图表法    cartodiagram method 1 @% n3 Z6 W; V4 Z: D+ H
! E2 C4 t. h0 }! X
分区统计图表法,*等值区域法    cartogram method 2 h; l" F- W# `8 c8 V, I4 ?1 y
5 p& V7 w* N% J; A
地图分析    cartographic analysis
: Z0 ^4 S, u. @
/ V3 u8 ^1 A0 w' o* B+ Y地图分类    cartographic classification 4 ]4 \: }' Z% z4 n. _

6 P& f+ q( ?) Y! @5 K8 U+ l地图传输    cartographic communication
" ]* R- P/ O8 `/ T' K* c/ [: h. S) w! P/ C
地图数据库    cartographic database 9 Z& q, S" Q" ~# r. h4 ~/ U7 ?

: \+ b, ^( o$ h2 ^) L地图评价    cartographic evaluation : q3 u; j- x) U& s
  T0 M5 n# w4 l' {' T
制图夸大    cartographic exaggeration
. g3 t, }) g9 @3 Q  Z& A
8 N( o/ n# |( `7 @5 P: m6 G  G制图专家系统    cartographic expert system 7 @: q9 h( U# P; W

. B: v1 i$ D/ o0 e制图分级    cartographic hierarchy ( Q4 t- O+ g* v- j- {- [

8 s4 L  r) z0 @; m- d3 [地图信息    cartographic information 0 t9 I$ G4 t6 Z2 F- k2 ^  V

+ H" r6 c6 l  \) G$ k地图信息系统    cartographic information system
% }1 N; T5 H5 B( |8 C* S" V! k% t; U  {0 W
地图语言    cartographic language 7 J1 C4 J* [) g, f& ], ~
+ Q, e7 w$ R1 X. k
地图研究法    cartographic methodology " i  \9 h: L: b5 i! U/ q% Z( {

; ~: c) K& i2 f+ N6 h, U. H  F* v7 l9 N地图模型,*制图模型    cartographic model
1 J- w" J! z9 L2 k6 l1 f/ K/ |/ u3 T0 U' {, f# e
地图模型,    cartographic model
5 n# T) i) C, o- X# W$ ~
8 g# y& H1 |  G地图内容结构    cartographic organization
/ _6 _( P$ ^! m; }6 Y2 e. n+ q2 U( _4 _/ M7 ~% Z- p3 B
地图潜信息    cartographic potential information
8 U1 k! H2 _7 D; k7 }% f( l
! Q8 W) D" }, l& ]# X: W) x地图语用    cartographic pragmatics
  c8 K2 d5 g9 w2 k  S! C6 X6 @+ a/ E& t8 U1 {( p. Y. w$ b
地图表示法    cartographic presentation
6 D0 V7 n% V7 J, s# ^8 L0 M" I, a7 j) z: K. }2 i
地图选取    cartographic selection
* f) g# h/ G' C  i; {$ v7 D- w, m/ V: Q" O' t- y
地图语义    cartographic semantics
) p, o8 ?7 E$ e0 `5 A1 l' K: {8 G: e, u3 J
地图符号学    cartographic semiology
; _6 ~7 o5 Y% s( L0 {1 l0 K% Y# L/ R. C! [9 a: u
制图简化    cartographic simplification
3 ]( G5 H- P1 B' o; n. X: P' r0 Z  |1 j% ~' Z
地图制图软件    cartographic software
& ~8 T5 ~9 W; o8 Z9 N
4 r; o3 W8 |) Z" y3 T* v" g地图语法    cartographic syntactics : H3 P4 ]4 h, g8 M* Y+ G, A

; S! V8 p3 J. a) `4 Q地图学    cartography
* L, M5 ]4 a& ?4 [' ]+ r8 w6 f/ I+ v: N
地图量算法    cartometry
% Q5 V9 j- x$ l6 w3 }' q汇水面积测量    catchment area survey ' J. H9 ]- Y9 i3 n. y( `  u
& k. \$ ]  Q. m/ u. o) ~
电荷耦合器件    CCD
; o1 A1 R( O) k! C7 \, {
; y. u3 e. A* A计算机兼容磁带    CCT ; p4 K1 s! s8 f& A
9 _1 b5 q' \8 C: j' t
光碟,*光盘    CD
4 W$ P0 c% L6 E" ^; k( ]8 G
4 |; G% V& k6 T天球坐标系    celestial coordinate system . R, C: E& h; z7 y: S" x. e6 [% d' a' t
+ A/ D# i, _7 X2 z/ A
格网单元    cell
1 A8 q( g- O6 a- v& f: i& k* N# `
' ]! }* s2 ~) q+ g2 k2 Z! r7 O4 r线路中线测量    center line survey 4 O3 ?' J( R% p8 R) @
/ A" D$ b0 r1 V7 Q$ u- w
对中杆    centering rod 3 P. |0 _, M5 h6 ?
0 B% T! G# [% u- @$ [8 S
点下对中    centering under point
! G2 C# A+ g- i
& Z$ F; x1 j7 s0 M# B! Z( I中央子午线    central meridian
' Q( Z: Y- h' L. i* ?# ~! o# @' p7 U2 l
离心力    centrifugal force ; R# j4 O3 f. c$ ]& K* o& z# h4 Z
+ t" q/ @) P1 G
中国大地测量星表    CGSC ! V3 ~3 Q( m) X$ N7 d( J+ ~
钱德勒摆动    Chandler wobble 8 C; ~' ]& a7 T6 l
+ ~4 B( R; ]5 Y" E1 L2 K
航道    channel
" I# p2 H( k; ?  Z- m; r: c+ j8 U6 |+ O6 t5 S  U
感光特性曲线    characteristic curve of photographic transmission
3 {5 G& h( b% x( \  W9 l* O1 x, t
灯[光性]质    characteristic of light
5 f$ U. p+ V' g. ^  G/ D* t6 }5 A5 K$ }% W
大气传输特性    characteristics of atmospheric transmission
' p4 U8 U9 T6 x& p) r* k" o, m  d8 Q1 p4 {
电荷耦合器件    charge-coupled device " {/ d+ _4 s- C" y4 N- _

: e1 f) k7 L2 t' v1 ~2 P海图    Chart
4 E0 f3 s* \' H: b
  x2 {0 z. {* W# a! V1 i) e海图图廓    Chart boarder * K, ~8 s& Q2 a* h3 E
: h* a0 `5 H/ h
海图编制    Chart compilation
) G' ~9 N% G" g- |
' h( \8 u$ f- a" e5 S0 E4 |海图改正    Chart correction 3 e: c5 W+ p1 M0 @5 ~4 h; S

/ \' \; }0 w! _0 X  U; B( D/ u海图大改正    Chart large correction
, G% B. b  [! H9 g* v+ H: M* A3 T) }, o- L2 {/ i3 @+ q! |) E
海图编号    Chart numbering
2 O: Z. A) y2 r6 x" e: Q; W# F& r+ t+ W- Y9 D4 S( O. ~, H" I( }
海洋重力异常图    Chart of marine gravity anomaly 0 `4 Z  q# E1 u; O3 U1 n4 p- Q1 I( I

) z& Q- D4 K5 i8 J' W海图投影    Chart projection
; `1 P- Q; W# o8 D
' f1 i" q4 \8 s- [海图比例尺    Chart scale 3 \8 j$ l- {- d7 c* e' i% L
. q0 u9 k8 Y( u2 B9 n3 V6 b
海图小改正    Chart small correction
2 K' h# x9 S) K: V4 T
- j# Z$ e+ Y/ T8 j海图分幅    Chart subdivision $ v" u4 B  L% O8 ?" d6 _& H
) Q1 J  H2 G  o: e
海图标题    Chart title . v2 C* J6 v7 g; u0 @; l  U
' {# W6 U0 O& `. Y4 _" O" s
海图制图    charting
' D3 c1 `0 q) ^9 y( E1 S% e: g8 ?% X7 _" C( Y* o
监视台,*检测台    Check station
( U5 A) \9 v8 Q! z- d/ L" N. Q
( V- U5 Q, A/ b8 e( F# g中国大地测量星表    Chinese Geodetic Stars Catalogue
" J* _4 a) p$ B7 t  @# ]% m, R1 U' H6 s2 D3 U6 W4 F% \
中国测绘学会    Chinese Society of Geodesy, Photogrammetry and Cartog
: D( `" v+ _( S( `4 Z) @4 L! |" O& v, ]" @1 o  i
线性调频脉冲    Chirp " J0 M6 R4 K  |, ~: m$ a3 I/ @1 s( g
9 O2 ?' `& v& H3 ^
弦线支距法    Chord off-set method 5 a4 _' ?$ |# L" ]* V: g6 R! W
# M' b0 h( \% e) X
分区统计图表法    chorisogram method
9 A7 S  F0 i, o$ V0 U, Y9 w2 Q( i' H# Z. ], M+ G* c' g4 D
等值区域图,*分区量值地图    choroplethic map 7 |1 c1 `* P/ K7 H1 b; W

* S+ @' t2 u7 p分区统计图法,*等值区域法    choroplethic method * l- p9 Q* i. x- O0 T' g; U

8 z( y2 Y2 R$ @$ U- T5 ~( s! _( t国际协议原点    CIO 0 N! b& ^- w% |/ O' I7 _

& N* [5 y' Z; ?. [9 p, x度盘    circle ! h) [- G; f) x! {. w
  v0 z$ x7 x6 w
圆曲线测设    circular curve location + r0 n; g! `( s7 J( g$ R( n% X
地图信息系统    CIS ! ~7 P* V/ v  r# s; z$ [

; x4 M! k4 l- g5 c% v9 v8 i克莱罗定理    Clairaut theorem
" K' \1 T1 }" l$ {3 }! Z/ M5 a7 i% h" F5 R3 O4 `
分类器    classifier ( l. _+ \0 j9 J

0 C( S0 ?& z: R* j净空区测量    clearance limit survey
9 ]7 e& D% a4 m* j8 T$ ^  c0 k2 r+ J0 {
倾斜仪    clinometer
& [* d( o  [/ t6 x" a, w- r2 w  m  |
剪辑    clipping ! B5 R* z3 X# k7 ^) ?& v3 f% @

  O1 E; L( ~* I9 R7 A时钟频率    clock frequency " f# o$ y+ h1 {0 a

9 G' z: J  L# B$ X* W* e钟偏    clock offset
& |: l; \5 r# B+ T! X5 D
4 {. u( \3 U/ _; g钟速    clock rate . y) c) E' _+ N1 W. R
8 b% Z/ z' F2 t$ n
闭合水准路线    closed leveling line - W# s$ e7 |" u  V, N9 W/ r4 l

3 G5 B6 |- P  n) [1 L闭合导线    closed traverse
$ z; H" u4 B3 o# Z9 J: X  f4 U9 |6 Z7 M0 h/ U
近景摄影测量    close-range photogrammetry
% P9 O( p0 `$ }' M- a闭合差    closing error
# Q9 F/ P  y3 Q4 J; d
% t1 {9 \/ K% {; w) J坐标增值闭合差    closing error in coordinate increment
% m6 H7 K& }3 N" @6 R. F
* z+ M) D* M. j/ A/ r) Q闭合差    closure
; ?7 r8 y) }; `2 U4 ~
& C2 N% Q- y1 S" f粗码    Coare/Acquision Code
: `3 @9 K; }1 L, a" o, Z3 O. ]
5 F! K3 y- f' c6 c5 h) b$ _0 c海岸    coast . i. ^& |$ t4 n  m$ ]
3 d0 a1 Z$ i4 e0 b/ C: C
海岸图    coast chart ! z0 [6 o% B" J5 X* s$ Y( o
7 L, m0 m: M+ F" c4 A2 W
海岸线    coast line
  \- ^# a; @  X0 }( B, b8 u, w' D  U. Q! G  }+ x# M) }! i
海岸地形测量    coast topographic survey
3 d8 K  u  K! l# {9 s8 \4 _7 A# J8 V
沿海测量    coastwise survey
0 r' j- O' f  H& n% g
' n/ e1 j- D3 J6 d. v' E扇谐系数    coefficient of sectorial harmonics
( X5 T! f+ [6 U# E& ]0 L* C* m( }6 X
田谐系数    coefficient of tesseral harmonics 6 Q/ d* G! i; Y, y- j
& U+ c. u& t$ b0 V$ j, g
带谐系数    coefficient of zonal harmonics
4 C7 @7 g1 P6 Z$ @7 {
0 @5 y6 h* ^7 V2 e5 k认知制图    cognitive mapping
+ W4 K$ b3 l0 G
. o2 A0 h! K7 y" Q( K3 k8 C视准线法    collimation line method 9 m2 V; _5 [. m
+ R' g1 P# g! H7 A
共线方程    collinearity equation   R5 v- _% l& x* z
6 S0 X( T2 n9 \& ?9 L
地图色标    color chart
% h5 V; e. f8 l8 Z. P+ S
$ U! t5 a  z% e/ `  f彩色编码    color coding - I) w" ]% d# x- F( J8 Z! }

$ ?! E0 n' W/ N, `彩色坐标系    color coordinate system ' {. i, L: l: G3 {% Y
" a3 `. B2 {0 W$ R
彩色增强    color enhancement
1 R. ]$ o$ m$ H" H; [( ^% P; V# s, D9 f
彩色片    color film
, k6 [% v' l- p6 E
1 q/ y. h" o8 s0 Q+ {7 E& q; x/ J彩色红外片,*假彩色片    color infrared film
* M4 k; F  j1 z+ j% }- T3 G4 R7 {! h7 ~; O0 e( u
色彩管理系统    color management system $ q6 R, k: h2 I, o$ d- d
% ]- y" t: N4 N0 O) u. ]
彩色样图    color manuscript
# C" K5 H  u' ?9 y6 w* q8 S; I7 R+ a! F8 H2 R
彩色摄影    color photography " o) b, d9 c3 L) v1 H6 I2 e: ~9 x
/ p, w: ?, @0 e* c
彩色校样    color proof & w5 C' o# N$ W( O2 L$ B
& I3 M* ]: v  X! @
彩色复制    color reproduction
6 m0 |/ D; m3 Z" o% a4 b/ Y' ?
, B0 W1 A2 ^  F) `( f$ W' H4 F电子分色机    color scanner
5 h5 C& Y3 E0 Q8 A) K4 G% b2 K4 S3 Y
彩色感光器材    color sensitive material
1 N3 d! m# r; ~( Y4 o/ [7 D
5 c2 s6 f1 ]5 J! h1 X分色,*分色参考图    color separation
* k- d  T' g1 o6 m. ~6 |0 r8 ]+ U0 g3 g! H6 X
颜色空间    color space ) ~0 M- ^% X/ }; L! _) E2 l$ ]- B
彩色变换    color transformation 7 k& K+ _1 X8 A9 m/ M
0 [: M9 O) @7 K; v
色环    color wheel + B2 p5 L: d( p  U* K
, ]; G- |7 Z, \# I
联合平差    combined adjustment
6 T% X8 I! N+ M6 u& m& G" `
' L' D1 t9 {6 h水位遥报仪    communication device of water level / W/ d: ]* M$ y

- T( k$ d  |  m' W光碟,*光盘    compact disc
  {6 O) q- ]4 z9 y" t
9 q- e- |0 z% Q1 @比较地图学    comparative cartography
$ S, H9 m/ r. X4 g+ D* d( J8 B; L4 F: S5 O/ D$ j' h4 X
联测比对    comparison survey 8 {4 s, V( i0 j9 ]4 I% J
8 h0 n5 b  n2 ~
邻图拼接比对    comparison with adjacent chart
5 Q0 }7 N# H! G) }' l+ w
7 N$ m$ W! a0 h6 G/ \% A( y1 f$ ^, ^罗盘仪    compass
  h0 J5 D; e9 \; {# \8 b( m7 w6 A6 Q
罗经[校正]标    compass adjustment beacon 1 O1 I0 Z0 ~# P& ?3 t( g3 u5 |

0 q; z; y& ^) N, x6 b8 }方位圈    compass rose * d' F& h& _" B+ T3 E: \

; T5 k9 {% \6 u8 K& j$ p罗盘仪测量    compass survey 9 n  c( F0 C, _: A" M' \
罗盘经纬仪    compass theodolite 5 j# U0 ]; W8 p% }% [: L% S

; K4 Z# T/ N0 m, Y( w; ]补偿器补偿误差    compensating error of compensator . }6 |) x1 I% y+ y

2 H. i" h9 A' N* C7 e" H2 p4 @: M波浪补偿    compensation of undulation . D1 H! B$ e- G
! Y$ k/ y! N( h- s% t6 x  b
补偿器    compensator 5 V( m' G* l6 @
; J; K! J' C2 U
自动安平水准仪    compensator level 5 s. q- o% P( q- U
1 n1 _4 ~/ }7 ?0 a/ F# p( Z5 U$ S
编绘    compilation 1 V* }" S8 ~+ `( W/ }

  {3 k7 I) t( E1 h- |: T编绘原图    compiled original - Z, Q' O7 m  M

# w% E) ^! j/ p# W综合地图集    comprehensive atlas
5 d( K0 ?& O8 v1 i0 b% e$ o0 Z( j1 j& N) x& A) f$ f
综合地图    comprehensive map
# ^* b6 z& b6 ~2 g( p# g/ }4 Y: i" ]9 Q( l( F
计算机制图综合    computer cartographic generalization 6 z( f7 X8 m# V' {" O2 C

9 _9 H5 |/ h/ ^计算机兼容磁带    computer compatible tape
. J, t4 L6 V* \* I" N) R/ p! l" V( F2 v) p
计算机视觉    computer vision 9 r) i& V9 O, f1 F2 e' M; x; `$ y
6 M4 u0 ], f; P* q- w4 Y
机助地图制图    computer-aided cartography + x8 ?( `  b# r# u1 x; O9 h

$ I0 A8 V* q! o) V" h机助测图    computer-aided mapping ) T6 _! n8 R8 _! X: ^

6 R% S1 M& P' S, `机助地图制图    computer-assisted cartography
8 T6 H; q: S: o$ L2 ?" K) Q* H' p
6 b+ i5 d" m! x( F机助分类    computer-assisted classification
5 {1 c% R% i+ y7 P5 Z$ I7 F9 U% u- G# r. o$ k
机助测图    computer-assisted plotting
0 z/ |2 r# D- }0 Q, m" l- F$ p- Q$ E
条件平差    condition adjustment
8 n8 a$ Y1 ~/ W3 `
! c  E' r8 q0 [# {) J* ]6 ]附参数条件平差    condition adjustment with parameters . O3 w5 p# N3 t" e. ~- y6 Q: m
: F2 W9 c2 p6 M) K9 U) y
条件方程    condition equation
$ S) `* M6 U  Q, L0 V/ ]6 F
" U$ O/ R, S8 _3 r8 ^+ \2 t9 [置信度    Confidence
8 g3 P8 x1 L$ @- p/ t9 h
( O+ E, k/ `1 `6 l# F' n4 n等角条件,*正形投影    conformal projection 7 R9 u6 C0 ~. Y
' v. |( o9 b& j9 B1 V
等角条件,    conformal projection
5 z* d6 t: k& H% n
- g. i# E' X) o6 T( l% @( c$ s圆锥投影    conic projection
1 J2 p! D7 h; e7 C) f" L6 n& x) D$ B% W$ H/ c& s
附合导线    connecting traverse
/ _( M/ N0 g. N
5 i/ D8 O! G4 ^" P4 c/ \定向连接点    connection point
+ W9 u: l( `9 e
, n& |9 Z- z8 C定向连接点    connection point for orientation % S2 n# D9 W* U% c

  r  @  V) I& S: R( L% `联系测量    connection survey 6 f' p) k0 u8 S. l. a7 x5 P

( E' U) I& s; M7 |& l! p采区联系测量    connection survey in mining panel + I/ y- O. I. {/ u( |9 ]1 ], F

& a9 k6 s, C% c1 x) k5 c# b, o联系三角形法    connection triangle method
) v4 M1 o1 l: [6 ?. Z7 u+ ?! |# R% ]  h1 L
康索尔海图    Consol chart " r  Z; s0 W/ p" f9 X
3 V0 ?3 _% ?' i. q$ u
分潮    Constituent 2 \4 b% k: X, B& F2 d4 V
( @5 Y3 b  L: w! l9 F
施工控制网    construction control network
+ b* }( _/ S1 V* d9 V3 Y
/ }' f. N* H' a& e3 k& T施工测量    construction survey
; m# f8 \* t9 k- z) Q+ f$ c# K
% ~7 j- Y4 k1 c$ m5 W- J: Q凿井施工测量    construction survey for shaft sinking
6 j# ^4 Z9 j, E; j1 N3 d* d7 d3 u
* T# H1 M4 |# I/ p接触晒印,接触印刷    contact printing
4 n" y2 S, q/ S" H& ^  w4 M- L
3 {7 l  h, d5 {+ |/ U0 ?  i' [接触网屏    contact screen 0 ^/ D) t7 B0 p# P. C! ^/ v& f
' b) J3 F. A: A1 J) z" i
信息量    contents of information / x. o. \% ~1 \4 N: l3 h  [5 J
  r. Q8 I% g1 S8 G6 Y
大陆架地形测量    continental shelf topographic survey 4 V* b( p" n8 A+ U  Y5 t: A# p

: Q% {' Y1 O' X5 m3 c连续减光板    continuous attenuator 8 C6 g; j9 B" {# C7 u

- G. l4 Q5 n; I2 \* C$ `连续方式    continuous mode 9 P/ n. [5 s2 C" ~
; ?0 M7 F& j9 T6 M/ S
条幅[航带]摄影机    continuous strip camera! j! H" \. @& _1 o/ d# z; x4 a( l
连续调    continuous tone : |+ T6 O& k% w5 ?# C; P1 c
# L3 O. q' e$ O  v/ @: y7 B
等高线    Contour
2 A6 K6 e/ G7 P. `: K8 a( J+ _) B" B7 B0 F
等高距    contour interval
& h/ p" O+ y$ R7 w9 G/ ^
1 S. s, d7 n; D5 ^, K  e2 B+ G% d0 K等高棱镜    contour prism
5 }( p+ Q. a6 I3 b7 T/ i# f: a; f4 ^% j0 v' {
反差    Contrast
* K( o1 T1 {4 R6 P
8 k; @7 [" x( N+ J/ r反差系数    contrast coefficient - u" j5 ]1 a( _8 L$ L& u8 E# i
- x- z% d" p& H, f
反差增强    contrast enhancement
# Y: v( g( m2 n2 G( L8 B& K* u/ X0 V# j8 N
变形观测控制网    control network for deformation observation
* M' o( y3 W; U( ?
: ]& I1 H4 R& x: v5 K0 C; |8 r控制点    control point
! z; C& M2 n7 o; b% c6 t; K: g
骨架航线,*构架航线,测控条    control strip
& Y: c( f% X. x* L) ~" H& F: T$ U% o& |
控制测量    control survey
; K6 e7 t8 E5 ]/ g- L) n/ c, Q2 H3 g# [3 Q
矿区控制测量    control survey of mining area
- g* L8 R8 m* O# n
* F- ~) B% x& \国际协议原点    Conventional International Origin 2 V) n  g% S0 Z4 E1 k% w* n# z
4 N  A( ?6 w: Z' b2 |% _
惯用点    conventional name
+ L# U: I8 R6 J8 E9 P- j- K9 R5 y; f. o& q) Z/ q& I- w  H" K
交向摄影    convergent photography 8 `4 D' f: ^; D/ r! v3 \/ ]6 O0 \
) D% T9 F6 N, }- a  h4 t
坐标地籍    coordinate cadastre " M5 O& }( b9 @) V: H; c; d
- N2 q# y* }5 D/ e' K
坐标格网    coordinate grid
' I# [3 d7 }  a7 \- m8 C0 n: ^) P* n
9 ~) |, r0 x& ~% g3 m! u9 n坐标量测仪    coordinate measuring instrument 5 k; l+ J. g4 x# v
% E" u* O  x. e) Z# e8 k; k
地极坐标系    coordinate system of the pole
+ c" o4 d; }, @3 X, U% S* I; `2 R! z% Y' V4 t
协调世界时    coordinate universal time 7 ^) ]& H- t9 i- d* M, X
( M* T. K  j/ O1 t
共面方程    coplanarity equation & P, c3 W' K' x* z1 ]
1 b- W6 [( k! N
归心改正    correction for centering
7 ]& b2 l, g% O+ _* ^
/ i1 \" f& ]* k垂线偏差改正    correction for deflection of the vertical " V. A# t: }6 u9 ]. `# F
& @4 B4 V8 v3 f7 a3 d' `
电磁传播[时延]改正    correction for radio wave propagation of time signal - j' C7 e: F0 H3 T0 J* S% }1 p( A
) [# L( ^0 Q, F9 Z7 ^; P
标高差改正    correction for skew normals
0 x) f3 \) z' O( z" }
% l4 {  w! [, R8 X截面差改正    correction from normal section to geodesic
  z) Q4 Y* v3 D* J4 B' _2 i8 y* m, n6 `% y, P8 T
测深改正    correction of depth & N6 {& |4 L. C  ]/ p+ D( Z. o/ [6 V% t

1 V5 _4 f. g) p1 [- M  i  t/ c重力潮汐改正    correction of gravity measurement for tide 2 ~& u9 I5 p" V0 r3 A0 Y4 z

8 d; Q" l$ M7 m+ f, H挡差改正    correction of scale difference
9 S* B, Q3 P$ S, I! r2 e8 t& Q& F
: v7 `# J7 v+ o声速改正    correction of sounding wave velocity 2 O" c/ }. A5 d! b. a

8 H- p+ \1 w  M' @" W水位分带改正    correction of tidal zoning
+ V. L9 B. R8 \: O5 L" j5 P- b! @# H, P0 Q4 y* a4 u! k( X' y+ b
换能器基线改正    correction of transducer baseline , U. I( P& `/ m# L4 a4 N7 c& K8 V
) H  F3 d; d4 _, h4 Z6 u/ {3 p
换能器吃水改正    correction of transducer draft
4 C3 K* G2 v# n1 O; Q+ O2 ]8 Q( g$ S
7 w0 ?, m& y! ~" C  _水位改正    correction of water level
$ D6 |4 \9 O* P) {  I" W. _7 D" S4 K& ?
零漂改正    correction of zero drift
% d9 f) M0 m$ `7 p5 x0 h6 v7 O, Z. f* q
零[位]线改正    correction of zero line ' l5 F: E5 O) z: g3 |
4 ]$ @4 D" ^6 n- g. b( U7 g3 _
时号改正数    correction to time signal
) Y/ E9 ^/ R! G; t9 i! F  l/ k" D' G+ x1 \" a, Z
联系数    correlate : y0 P  I. Z6 M" \, }+ Q# V

$ j$ S( m  ~$ D0 m, z8 Y; L; l相关器    correlator
1 F4 p6 X; m- v) T( n4 |
) D  f7 d# ?" x" S2 ]# ?同名核线    corresponding epipolar line 9 k) K* }' W" C9 }% W8 D
! h9 _7 u* F1 `" U0 S2 a: i
同名像点    corresponding image points
1 w2 {6 d: E/ m3 }7 e' k# W% V  z! B. p% C; g6 `8 O3 c
同名光线    corresponding image rays
. H9 K- R$ t  u9 ^; `4 ^宇宙制图    cosmic mapping 8 I# u% z# R' \' t; b
% `2 N2 s. M& e
航向    course ! r& B. v' b* u0 J  H

) V4 G) G: \& T- F1 q# }  x. ?协方差函数    covariance function
6 G, I1 |0 k  l: p4 W* w& \4 s3 A, }& l; B. q+ e3 g
干出礁    covers and uncovers rock
. \3 h! F3 }/ x1 n4 Z: W
% M% j/ ]) \# U3 ^. @! \+ ~交叉耦合效应,* C-C效应    cross-coupling effect
# T- B9 n9 t% \' P5 `2 I; y* P$ D, C! J5 ^
交叉网线    cross-ruling 8 ?- f9 N! j2 Q) v

8 p+ }7 p  W  a/ h5 y横断面图    cross-section profile
( Q7 K6 B% y0 [4 ^
2 P5 o; [6 E/ \1 w; ]$ @- T  \横断面测量    cross-section survey
. Y. @* ^) F/ C+ W3 I
6 n1 r2 N" s1 e* b; k地壳形变观测    crust deformation measurement
, i( s& J8 R& R5 t8 K  ?0 M  U
) L! _% Y* d2 j中国测绘学会    CSGPC ' p3 B; H: o  g' |/ B) H9 C' T9 c/ a9 I

: A, r; }! u/ h" T! i文化地图    cultural map 5 g1 s# Z+ ~- |6 ^( V
- T3 K* \- N: I: p7 X
海流计    current meter - c# {) A1 T' S' z/ w
" |  B( W. y1 ~/ u8 S8 T% U1 V+ F
测流    current surveying
  @2 T5 _, F- S
! l/ U; G  \8 X/ d' A帘幕式快门,*焦面快门    curtain shutter
  g# P' P5 y+ t- m  q0 h4 g$ M* S5 g/ i1 [! i9 o- H
水位曲线    curves of water level   A( T. R1 o( p4 F# @
9 ]0 Y+ _0 K& y4 ^& Q; |" |
周跳    cycle slip
" _: ?: F6 x. J& \1 d; t$ ]8 A# X: U% ?$ d/ s, L2 q
圆柱投影    cylindrical projection
* W/ T4 Q1 {9 O6 g: o# n' _' e2 n1 |$ V: t+ P; C9 c  U4 K
E) Z$ `2 M2 W& _; o% W
======================================================% q# P# J3 F, ~0 h( E, p
地球椭球    earth ellipsoid
# d- c+ r" n6 I+ C
) Z; |9 v! y$ I. O. g0 j0 }地球重力场模型    earth gravity model 4 l5 x& E7 I4 m: S* z( }
, m8 G% g0 C4 u- ?. k6 V6 I
地球定向参数    earth orientation parameter
; j  u+ {8 J- w* }% J& G* [* Z, y9 o) V6 \1 z2 H: d, _- R
地球资源卫星    earth resources technology satellite
- g8 y- C$ d2 B9 ~+ {% v! J# _0 T+ p) ~) m4 N* R
地球自转参数    earth rotation parameter
* p  I+ ]3 Z9 E1 H7 B3 c/ }1 t* O* V5 r; B9 Y
地球形状    earth shape
$ V& X/ U: w7 c* [) B  _( E1 {
8 }0 d. J/ u- ]' ]* Z7 I地固坐标系    earth-fixed coordinate system
! s" A! a" b" v) l2 `$ i6 }( H; f+ l& W6 j4 J4 W0 q
椭球偏心率    eccentricity of ellipsoid % p- q+ ^# i0 }, a: z6 n
+ J  v1 Y* {: H% m
电子海图数据库    ECDB & ~6 V/ e: I6 S8 r

0 J2 Z! E4 l' r' m* d电子海图显示和信息系统    ECDIS
/ O$ X  C2 L' V0 L* I5 k5 ]/ _( {) }( [: B
测深仪回波信号    echo signal of sounder % R! P* U# f8 ^

( K" `' C5 g* K9 O: v+ m& r5 _回声测深仪    echo sounder
/ r, o7 D9 E, P; h( R/ v回声测深    echo sounding : s0 U2 ~. P% s! m% P, Y  S
6 H- K) _5 o  P' \
灯光遮蔽    Eclipse   }1 L# f6 {5 E) s9 K

6 s' o9 |5 q8 f; y8 J$ Z5 ^- `, r经济地图    economic map
  Z, X8 T* k- B" S9 Y; u: N% f6 T2 {% f3 N
边缘检测    edge detection 0 R6 ^4 {* A9 A7 o* x3 M- H

; }# E3 Y1 z9 ?3 M' [5 Z边缘增强    edge enhancement
( h1 e; p& `* f0 e$ q% G! l" b
* e* g3 Z, C" Q; O6 w图幅接边    edge matching
! C- R4 m3 ?* @: n3 w' ]
/ Z. E3 V$ e+ ~) a# N图廓    edge of the format . ]+ g0 x3 I  [# k

' M" d4 F6 {8 }: v6 g& p" l! N电子测距仪    EDM   q# i2 L  I* T+ d

+ e+ m& k% _1 T- I" J% n5 l5 z. p光电测距导线    EDM traverse
+ @% U( K/ ~" r5 }" d9 Q1 U1 ^( Z
电磁波测距    electromagnetic distance measurement
2 z. U3 @7 z! _5 }: ~4 t, J, C5 B+ H8 o9 L2 e
电磁波测距仪    electromagnetic distance measuring instrument   Z( a0 g2 Y- I0 e4 m* @; G
. R0 y$ U: {' [- E/ W  B4 \
电子地图集    electronic atlas 4 S2 s- y/ ?! O# ?

6 ]0 ?2 q6 Z: v+ {. J- R电子海图数据库    electronic chart database 3 M) i. b8 b2 W& ]

3 M! H% j5 m! ]$ M; ^4 i" p/ P电子海图显示和信息系统    electronic chart display and information system
3 N2 o7 ]- g8 ^6 U" C2 w8 \
9 w* k1 ]+ M- V电子相关    electronic correlation # X& z0 U% d' V: E- N

& F, Y4 ]) u: g1 I0 M电子测距仪    electronic distance measuring instrument 5 x! z( u1 q+ U& T' J

  z& I6 i, B: U& ^+ P+ R3 A电子水准仪    electronic level & Q0 _, ^. r4 v7 x2 L% ?# J

" p- i! R) ~* z( u电子海图    electronic map
, h& M0 o8 M* u; U
9 F2 U: C1 q8 w电子平板仪    electronic plane-table ; c. R  u( l, M% D; p
2 x  x, K) K, [
电子求积仪    electronic planimeter 3 F! g2 ?9 f  g+ j/ \/ _* I

2 W! v) D9 n  x电子印像机    electronic printer " f( s+ o( K' S( E

9 i4 X( M1 q7 Y电子出版系统    electronic publishing system ; x' Y$ e$ l* h" v1 d5 ^

- x% d5 t+ `8 d0 H: U7 f  V4 w电子速测仪,*全站仪    electronic tachometer
5 U8 j$ ~6 Q- X' m' S. A, R1 Q' ~
  {" m. H- t, X. ^8 ?1 V电子经纬仪    electronic theodolite
. }" d; M* `- h' _5 w) l, s2 k5 X5 V; k6 G" D: m( n
光电测距仪    electro-optical distance measuring instrument
- Z1 ]& g4 n% T9 {& T4 L
9 R8 Q  u) J( Y8 A  L  R纠正元素    element of rectification ' k  L; b: K6 ~. p+ W

; e  o7 t: k& T, w2 q; s+ P" |. _相对定向元素    element of relative orientation
6 r% V# p& Z* ]: V; K
. N4 L! p% Z3 q! E5 o绝对定向元素    elements of absolute orientation 5 |0 w7 J1 P4 S# A5 C
$ ^( @; O4 c5 p( z* `2 B
归心元素    elements of centring
* G  S9 H6 p  x. v) N; t' x+ n4 N2 f- p+ |- G( b5 c( I, s% V
像片外方位元素    elements of exterior orientation
3 k' Q# |7 M  L5 \" o像片内方位元素    elements of interior orientation 4 j/ a: o. ]. n" t$ ^2 D* ?1 x

9 c3 `- _! A# f1 g高度角    elevation angle
5 d5 k9 s( h8 w) A
4 d: y" g4 U5 g& S. s0 v  g视线高程    elevation of sight
; t$ {& ^) K0 \& y8 u  M$ K- w, |& p
高程点    elevation point - W9 F5 N6 [9 M8 G

  j5 f1 t* h( p! K独立交会高程点    elevation point by independent intersection
8 `7 {! t; ]2 }3 ]1 X* L6 F& P% [6 C2 ~! w) c. m& k/ K
椭球面大地测量学    ellipsoidal geodesy ( L0 a5 ^* U0 v9 k
! w( E7 ]4 ^4 c9 D9 u% O# ~
大地高    ellipsoidal height
6 q( T" a5 U& p& ^7 e& z) \# i) c
2 ]* t# V& f2 _& N航向重叠    end overlap
  v  n& B! @1 ]1 j$ {/ p7 d: e
# f1 D% T2 Q4 n( p% ?! i% G工程水准仪    engineer‘s level 6 [4 W. ^9 P+ _

2 c5 P+ m7 P7 K; p工程经纬仪    engineer‘s theodolite ( D- v# R, `3 ]5 ?* V3 Y; p
* |9 h- T; }6 w, R% ]
工程控制网    engineering control network $ t5 s* D5 X9 |$ Z
% S+ _4 s5 A/ W  I/ g2 w0 U; N! a
工程摄影测量    engineering photogrammetry 6 h2 c; @% t0 C& ]0 j
工程测量    engineering survey
9 I( |  ]: X: p; e* j4 _  l0 o; w. d- I: [  k7 _) H
导弹试验场工程测量    engineering survey of missile test site
  G- ^; `; Z9 G( |' S4 a0 H
" V( F2 Q' g+ a- |! j3 T3 H) V工程测量学    engineering surveying
( T+ d2 z* C3 d* M/ U/ }: _4 d5 \
" \+ ~+ S; Z- d& W- A0 [工程水准仪    engineer's level 5 x: E  x4 `% e  K! a5 [9 N
7 M# \7 n' w0 F4 [' k
工程经纬仪    engineer's theodolite
% {' P9 P* p, K& a( _" e
0 ^6 p% v- S" F$ R6 {+ O6 x熵编码    entropy coding $ I  N8 S: k2 \
% _; m" b; b2 Q9 [/ J
环境地图    environmental map
$ b! E1 g6 j2 O# A: m% K2 l. Z2 f1 o: i4 R7 Y+ F. k( ^2 ?8 z' G
环境探测卫星    environmental survey satellite
9 B; [4 U. c( N% n& Z. Z$ C( _
- X, H2 V$ j: R) N, v8 k地球定向参数    EOP
% J& u# M+ X, `* a; p" d. |) L, f' ^8 H
厄特沃什效应    E?tv?s effect
& w3 @. x; M7 h$ d' S4 v# D% T
3 e3 u5 h. L# Z, L  o核线相关    epipolar correlation 7 t' @& V: m2 q* C2 r' I
% O/ v. \* _. S
核线    epipolar line 2 `$ [( d6 q% P3 ^  c: O
# Z# y, {0 S( g* }9 w
核面    epipolar plane ' Z/ ~) j) f/ l: u' H

! f& c6 Q/ o$ w& y. R" }) Q- l6 z- B核线    epipolar ray # \( _! E' A& n3 }  _+ \
5 o7 I$ o4 I: n* r5 }7 i
核点    epipole ' S+ C4 a! x' u- C

) t+ Q# ^! U  b' b9 K8 m$ n+ d分潮迟角    epoch of partial tide
& a  O9 z: M1 [* Z) {
' G, i$ U* v; H. X等值灰度尺    equal value gray scale
. \4 F1 _: Q, a! }: [7 v  n; N, p! D" v! h# i
多星等高法    equal-altitude method of multi-star 3 Q) @8 e% A% F) H" |

4 d8 M. \: o; Q# |% s等倾摄影    equally tilted photography
9 |9 g$ ]6 z% C/ w
4 }8 P2 t- j  Q位置线方程    equation of LOP . t1 a, k% q' ^, Z" L) e

1 M! V! v: o/ E  P+ K6 {0 U& d' L卫星运动方程    equation of satellite motion " \% M  p% P7 K2 X

0 B9 ?4 Z3 T4 z- r  w等精度[曲线]图    equiaccuracy chart
% l9 ]: D# I1 _1 }% b$ u2 I; q2 o) E% Y0 I8 n+ Y
等角定位格网    equiangular positioning grid : }$ W& @7 p! V; r) Z; I4 z
/ k# H$ d* N; q) }4 l4 o+ ?9 |: E% g
等距投影    equidistant projection ! D) b: p3 q# l; u0 a; G, ]
1 d% w1 B/ S8 e. [5 I
平衡潮    equilibrium tide
# W  C9 ?% Y9 }  I6 u# }
* j* p+ n. Z, I* I7 b* C. X8 F6 j等距圆弧格网    equilong circle arc grid
3 h* e' q) d. l: ?' e
. l0 T4 Y3 ~" R, F. s等积投影    equivalent projection 2 I$ l: k' M6 I) N: D
0 C: t& p8 C  z+ E" }+ T+ ^5 n
地球自转参数    ERP
0 {) X& r; x+ W; S& G
. ~9 a' D1 _7 R& f8 e7 \误差椭圆    error ellipse
' G! G# X9 e% ~4 i! d( p
" a) ^! @5 X2 C$ A调焦误差    error of focusing
% F# P2 ^2 T, ^( a0 _7 d
: U3 ~0 h: D7 \# q0 P" @$ z1 b8 B8 S9 a轴颈误差    error of pivot * L- s% E: U; ]/ V0 M
% M8 n. d: x0 W2 c9 W+ h
误差检验    error test " V6 |; W; Q1 H& J

, p* j; Q3 C" T4 H% D欧洲遥感卫星    ERS 6 d/ t7 D, I8 E/ w9 _
0 k6 w: G: _8 }! G
地球资源卫星    ERTS
  I) K) i5 a  F5 o" y% R+ D, f/ r& Q$ {+ G
欧洲遥感卫星    Europe Remote Sensing Satellite 4 A& x5 c+ |! o( x- m+ K; O6 O& K3 @
% V2 M! t# J9 r( J& k/ b
矿山测量交换图    exchanging document. of mining survey
5 O3 C7 `0 B" i' a1 X8 G' g0 K0 h/ w" y1 |- R6 W5 U" V; o2 `
曝光    exposure / A; z2 h- O0 z8 D  W
3 c% k6 j- h% l9 o2 P( {* G- h
摄站    exposure station ! O1 F" b( W3 x4 o

) T$ [: u* t0 D' T) d3 l# i整体结构    extensional organization
( ^2 ^& g! H. j1 w! B" ]! |
/ E' e6 H# e/ o0 }+ J伸缩仪    extensometer
  p3 i& t. J$ M9 k) H6 e
' z1 U9 h& F9 T, p% N外部定向    exterior orientation ( p: G; l0 `7 P% k, B- d- J

6 X& `  U$ h* {2 _9 k, R* p- Z8 d助曲线,*辅助等高线    extra contour
! L4 P3 ?+ c3 a9 C1 Y  m& l8 B! G, t! a0 ]$ z1 J
河外致密射电源,*类星体    extragalactic compact radio source - j" j% C2 b3 A- R0 I) h/ A
F" P( f2 S, p+ B( y, U3 e% L
7 X1 J2 C* A: D1 D0 q& \
======================================================
; r4 |% C' o, l& @6 B+ i2 t* N
$ v$ s$ d% A  ^/ v. x7 I7 k清绘    fair drawing 0 F4 F- Q$ S& k! n( F# \; V

. Z) k; s8 J1 p  S& d航道    fairway
% J( Z  W, T  u
: ~1 n; T4 l* x( l& m1 e8 A假彩色合成    false color composite
$ T2 v. Q, H' P2 j
- b1 H* g) \( M4 j彩色红外片,*假彩色片    false color film ) s2 k# p5 J. Q  c7 l' [

# T4 Y3 N& G; ~( o7 g+ B* \1 v假彩色图像    false color image
) a2 o% p& |+ n$ Q, O8 H" {* ]1 U4 K' Q" R: Z( ?5 r$ p
假彩色摄影    false color photography
' ^6 z. K  }  a6 P' @+ V
+ a9 D* h( P1 ?* S法伊改正    Faye correction
; |7 t* ?& z4 a7 ?5 s5 q. k0 B7 r* \( B0 d. i3 ~+ S: Y- z5 V
特征    feature 0 b) V% h/ r) E5 L. L% _

! F4 T- ?/ Y" g: ~  D特征码    feature codes
) n, v  N: S2 g6 n( a( B1 i* ^! k* b" V4 l/ z. T3 a0 A9 k6 h
特征码清单    feature codes menu 2 f0 d5 \/ E% r3 M
! p' s9 @5 x1 M! x- s, j
特征编码    feature coding " w" P, e1 h4 z! G
6 F# X* L, h0 S# P/ {1 |
特征提取    feature extraction 4 E, t' \8 K5 v3 M9 Y
特征选择    feature selection 3 O" v* }$ O7 f# D% X

/ i& n1 _; w3 r/ L* s, u% q国际测量师联合会    Fédération Internationale des Géométres
( x: k+ n. ?) E- f& b1 J' ^9 h8 \9 u
菲列罗公式    Ferrero‘s formula
5 u! A4 }* E1 o9 K# n$ _5 Z/ J) y1 W+ p
菲列罗公式    Ferrero's formula
  r" d& e  [& Q* W' m( e4 `4 H' |+ Y  Q6 K/ t/ Z( D/ X2 \: h
经纬[线]网    fictitious graticule
4 y" Z! W. ?' M. ~; ~
2 J' r: w4 Z$ c1 [# X框标    fiducial mark
) N% i/ g0 e. i& `* b
( u; [: q0 B# i) ]野外地质图    field geological map
7 o0 ?" V& a( C
  a+ K5 ^6 j' E- L1 \9 p0 }野外填图    field mapping
: L! E, V1 d8 F+ [/ A1 i4 }  G* q- \) {) R+ D
国际测量师联合会    FIG
' i/ I4 g* X5 W0 `
9 E9 j0 J" M3 R/ b6 W地球形状    Figure of the earth
4 Z/ k$ X, n$ z7 G
/ d, F' D9 R. \. _滤光片    Filter " Z8 i4 \" J+ o/ x4 H

) |4 Z' a3 y: K2 }竣工测量    final construction survey " j; S: n, J$ l  \  P' x- y

% X+ i7 p3 ~& M1 y0 O! x5 I渔业用图    fishing chart . e$ }% C; z2 f. @

+ P* I  B$ F! r( G6 r" F  z渔堰    fishing haven ( y' D% T2 R4 u- d3 C
" n; ^$ B" c1 N1 x7 n! C( N  `
渔礁    fishing rock
0 j: I% C! q; p; O4 N9 S; S/ P. f" |
渔栅    fishing stake 8 }& S# j/ ^( w; v3 Z; C1 k
) ^+ }0 \9 z8 R0 C
裂缝观测    fissure observation
& W4 ?/ S2 q7 E2 T$ H4 U2 j  ~2 n7 B, U" ~9 ^
固定误差    fixed error
2 C# f) W6 R7 v' e5 U+ q# a" `/ K4 d- C8 b
固定平极    fixed mean pole
4 H3 |7 o& f7 I9 J5 f
  Y- K+ w) B+ N2 D# g0 M+ O* P3 W固定相移    fixed phase drift 7 _  C+ {; f- U/ w4 c

, d0 O/ ^5 f* ]) a/ T9 I8 m1 X定影    Fixing
* ~" Z8 H; N4 m/ \8 \  J9 X0 \! H/ J2 d% C+ W
分版原图    Flaps
2 }& ^- o* P2 l! Q9 m0 o: h6 I# q' h  U! ]
灯光节奏    flashing rhythm of light ' E- F' \3 E  c
& y+ L5 V3 [+ x3 V% u6 E( L
椭球扁率    flattening of ellipsoid
' ^' X' ?$ n) n. Q4 @/ Y& z5 K+ M, x$ w# Y
摄影分区    flight block
  o! K" H( T% J- p) _- R; A; _0 o. q' j  B) q" b8 q% O* h) l
航高    flight height - }# R9 K2 N) G) R' n; A$ |" k8 y
! Z) d7 Q6 H. ?  ^. ]) O
摄影航线    flight line of aerial photography
3 Y4 F/ B8 K! Z6 \+ h/ ~/ r& s
% P6 f% ?8 n- p: ~; s. I# Q. T航摄计划    flight plan of aerial photography 7 }' a9 Q" v5 f

- t8 j2 |1 l* }1 F浮子验潮仪    float gauge
1 d" i' C% _" t; s0 X' k8 O$ ?( r" i7 _- i6 [  n/ l: x
底板测点    floor station
- c/ m/ z) P5 r& ^, i- ~荧光地图    fluorescent map 9 T' A4 r4 Z- [, R

# u; [' S6 c% K$ w6 }& O4 D7 S航高    flying height
, d3 }1 D; I% I" m% i8 E2 o4 [8 l& U, R9 `; x+ s
光圈号数    f-number   }5 }& x  v* I
. f2 S, K  \0 u4 `
焦距    focal length
0 o3 @; Y! Y7 l/ s: r
3 N6 {$ U' c' C( _6 p帘幕式快门,*焦面快门    focal plane shutter
3 b; G. @- J, m: G. }$ g1 \2 W4 `
+ T, h+ d8 T. q* Q9 m雾[信]号    fog signal 3 o8 c$ {. h4 O5 x2 h! }) U4 T

+ T$ j+ K6 D- h7 s9 N巷道验收测量    footage measurement of workings $ x, x5 G2 @) B8 l7 D. d6 j

( N8 K7 \% ^1 z3 [- V! q* N7 X禁区界限    forbidden zone boundary line 8 T% p* P1 P) v# l9 J
. Y8 P# [) r! t% I
航向重叠    fore-and-aft overlap
- ~+ k7 B7 B8 \  z) I5 ]6 ~1 ]5 x. x* c( \. [% x& j- j/ R4 G
林业基本图    forest basic map
. s5 m6 h: }7 n- k; ?6 g! g- z
8 y! J* X: l; w, w森林分布图    forest distribution map
, T$ d8 L4 |9 w' {. z
0 e, o9 f$ B7 H) E林业测量    forest survey - _! p9 W2 K% o- `; n* r& M& y9 s
航向重叠    forward overlap . a- E* g0 ]1 S5 j

# A/ ^/ J/ `& a7 {& c+ W/ k- h* Q# c四色印刷    four color printing
1 h3 U; l6 X* k$ G/ X# s2 Z; h
% w8 S% K% ~8 i% k' b/ n框幅摄影机    frame camera
0 [$ x" R5 l2 P- b
! Q2 k! ?  Q6 a8 D1 @7 j8 T空间异常    free-air anomaly
# y+ I) @$ r0 e. Z1 ?4 `0 ~3 f  h  n% t
空间改正    free-air correction
4 U0 ^0 G7 G5 a* G5 ~: k% N  G- ]
# c& L& d6 C; E8 L" B0 @频漂    frequency drift
* Z; P4 K1 ?2 T0 e6 B, d" J+ ^7 `, k9 O$ B& `# x* @) N
频率误差    frequency error   I) j; W7 a% X# w+ Y
/ w1 k- q: |, ?/ I+ A8 B
频偏    frequency offset 9 w8 L3 ?9 q. j2 K: q

* |7 ^4 ?- h! `% I- }2 H2 z: s3 E对景图    front view
. f, b( j4 W" Y% p( ?2 W( ^8 Q5 Y' ~
模糊分类法    fuzzy classifier method
. L/ E% L7 O) @) ~; }0 x: n5 S1 L! b# @7 E2 C, I
模糊影像    fuzzy image
; a4 Y& n% e* l: T6 o% {5 t) \7 J# v( L- s* w& S1 I
G
" X( ]# L; ^: c4 o5 e" i8 J======================================================" g5 r4 y: T- Q) V( L" J

) E8 |0 [8 n! \% {气体激光器    gas laser
  \$ o' E" e6 L! |  `6 D1 {
" N9 t) t+ A3 W$ z5 Y% m: V1 o高斯平面子午线收敛角    Gauss grid convergence
' Q  }, n' J* ^# \" p* D7 `7 }- ~2 Q
高斯中纬度公式    Gauss midlatitude formula
& g. C) T* K& ^& E- J) L$ W
2 P8 J/ T* ^- {1 Q+ I& M7 i  @高斯平面坐标系    Gauss plane coordinate system " N: A" [! U  r- K9 W* J! I- i

2 U( g2 X+ M  ~5 x0 M0 X1 E% `" [, b地名录    gazetteer - R- \6 B6 Z( \

) b6 L9 u. j  b大洋地势图    GEBCO
1 E+ y. G* _$ I/ i- C/ F6 f; X# _6 M0 F" k% D: H
普通地图集    general atlas ' ~; E6 [3 b; |: V# D( I6 I0 I/ o
6 y) S' `) ?' e% A- h5 Y
大洋地势图    general bathymetric chart of the oceans ; x( _1 Q! c% T3 Z7 n; h" _" {

1 [/ R' J# Z" z& u# r# ?# N普通海图    general chart
, X' V/ E7 R+ C, B8 d
; s/ x6 M0 ?. @) c& ^2 ?, }$ V海区总图    general chart of the sea # N0 y/ a0 S9 e# V

9 ~$ h' x: l! u& b# y& n普通地图    general map
. x' q3 b0 a$ M$ R/ Q8 ?6 m+ g. |9 i, q2 y9 P; |& C7 C9 W! W
综合测绘系统    general surveying system
( @; p8 f1 [7 ?1 K6 R8 P7 z; [2 z地心坐标系    geocentric coordinate system
! f9 w1 k- _3 b. \# a
$ N; T! b9 U  C5 B地心引力常数    geocentric gravitational constant
1 c- x" }8 x* Y8 |
! t( B+ P7 b# T1 m- ?地心纬度    geocentric latitude
, h0 [6 A- w  z
" d" c# D7 e% h, `) O& e, X* y地心经度    geocentric longitude
" q$ ^  P; ?# d3 J8 k' v& s! s0 R, N) q  D% ^) e  E  i8 B5 I
大地线    geodesic 2 V. d8 c6 B5 x. s! y' O
" c  t1 x4 n1 x9 {
大地测量学    geodesy
4 O! V& Y. W/ Z0 a
( }$ |1 S2 \' z/ b, Z大地天文学    geodetic astronomy % t! _+ E# Q& A2 D/ c; e
" ]+ a- i9 G2 K6 O5 A. f& c
大地方位角    geodetic azimuth
# r; e2 y, y# T& W5 b7 N% n/ m; u% X7 i% S5 y7 }8 A% m
大地测量边值问题    geodetic boundary value problem
8 Q9 n6 y8 z: b9 F5 T  r) x5 A9 H
, v5 n5 e8 E: {5 a6 V8 \大地坐标    geodetic coordinate
0 S: E( [+ k+ T" M0 O8 d
8 @( l& A! t# H% K. ]大地坐标系    geodetic coordinate system 0 s, T4 @0 w9 R8 ~4 |

, r% h- ]% b( o; u# o- M( e4 ~$ t大地测量数据库    geodetic database
9 b  s+ t6 s% }* }2 L& i& a8 c6 H2 O; ~
" B' ~3 S8 @7 R9 K1 {2 Z大地基准    geodetic datum ' k- G7 R6 ~/ I- a" q/ y! v

+ t" I$ o; |$ ?  s大地高    geodetic height % R. P! s& R* ]* i
. R7 a0 j. L2 B. A
大地测量仪器    geodetic instrument
  {- G8 c9 r/ f$ K$ ?5 X# g0 M- N0 r' X# c- ~7 J8 H
大地纬度    geodetic latitude
" H2 P: x" I7 _% V# Q9 l$ l8 t3 @# C- v& T% m8 r. J8 F
大地经度    geodetic longitude
: i  ?4 z' i0 A& r7 I/ ?; o8 u9 k. D0 `' d; ^5 Q
大地网    geodetic network
8 M4 @0 [7 \0 |  ?/ N
! i4 {0 G* @6 K) a$ v) T5 T大地原点    geodetic origin
" {* V' y& l5 P+ P4 A- G7 j; M9 ?/ P
! H( C. }5 L- s7 o  y& E大地测量参考系    geodetic reference system , b4 r. E& `5 I9 {# v

! O, O  k, ]$ v- l+ N9 m& U地理坐标    geographic graticule
; x" w% Q7 U: L* y$ N+ l7 N9 S( |6 Q) @# \% f4 _* Y  @6 w/ f) g
地理格网    geographic grid $ T( T: u- |9 A
5 J/ b, [$ E0 D) _
地理信息传输    geographic information communication
$ K& A1 g# r' t6 }4 e7 p9 d
' v7 E5 J$ i1 `+ O; x0 D/ o地理信息系统    geographic information system 8 r. L# u& r0 j

- P# \8 h% t$ s6 ~地名通名    geographical general name 2 k( ]! l+ [: C+ U' P  d! }) N
" ~7 L$ n; Q, L
地名    geographical name $ f' `& n% T1 z
' a; p6 X+ `0 v# v7 E4 n
地名索引    geographical name index " e3 ]) {7 Q! G* q

5 e$ u3 x. Q1 H- V8 ^地名转写    geographical name transcription 1 \# r- x. r1 J

9 [# G2 F" H, c6 _7 S' ~地名转写    geographical name transliteration 6 P6 b+ R; s+ n0 F4 A. U. \
# B. A- w- M9 c6 I5 k
地理坐标参考系    geographical reference system
+ i# e, _- `; G2 }3 o  j0 J地理视距    geographical viewing distance 9 z# O, J' P- \$ C
. ]* c$ g/ P& ^) Y
大地水准面    geoid
: _. d( l0 R) N4 A& ]
8 E8 x8 b6 M7 m大地水准面高    geoidal height 5 \& e" G- J- f4 x% D" R
+ v5 l/ {& u4 W/ Q
大地水准面高    geoidal undulation
- @! j( V6 k1 ?) ]7 J5 I, R: u
$ t) p" y; U% P# [) `; w像片地质判读,*像片地质解译    geological interpretation of photograph ! q7 w0 j8 j0 Q  e
# {* ^2 C) E/ |9 Z4 E: H
影像地质图    geological photomap
7 ]& d" B: I: r; u4 Y3 f0 O2 z
4 G7 Q* T' D2 D4 Y! p地质点测量    geological point survey
  R- {& c  O- x3 ?- ~  e4 y# Z4 m0 l9 D; d
地质剖面测量    geological profile survey
: a; S& W, b" r5 B; U$ m& V$ c& p/ B) W6 R9 S
地质略图    geological scheme - l7 [1 r. x( i* ^

1 N+ X7 l7 N) i0 H* N7 K7 t" T地质剖面图    geological section map + j' k, o5 u3 v0 \6 b+ D
% v0 O* k0 M# W+ o
地质测量    geological survey ) J( l2 v$ R! P* i" @6 q
5 N* U0 `4 P4 C$ I5 _) i# v6 W
测绘学    geomatics : l. j* c" {* t- c1 _8 h
几何条件    geometric condition
% a( m5 d5 P  O" W7 D4 S
$ ?( M/ _% L7 Y% N* M- t( N几何校正    geometric correction
6 d0 g7 u) ^6 w* m! V% L5 i, T+ ~! `7 d5 P3 k2 A
几何大地测量学    geometric geodesy
9 U# r1 R- m8 n. T- N
6 U! i7 `" p; R0 K+ _3 N* i几何模型    geometric model
% r6 Z7 g1 P. J
( q) Z( H% Y% @" O7 a) k. L7 g几何定向    geometric orientation % h/ c* B0 v, G# F

7 I2 R: w, d# t% y几何校正    geometric rectification ( @9 m& A. ^! A  w  z( n

" y5 I4 f& b- U7 @' H3 }图像几何纠正    geometric rectification of imagery # m$ t  q, ?( S8 d3 ^) X

  L) m5 L. M9 W+ _. m: j图像几何配准    geometric registration of imagery
9 U9 j! k, G  D+ H4 n
* B& W* C) e0 D矿体几何制图    geometrisation of ore body
# y( |! O* [1 s$ d9 y' m- K2 J; E, u4 G
地貌图    geomorphological map
# k" ]3 L# D$ Y) |# Z
' O2 H8 v" I8 A. y3 y: O* w2 w地球位,*大地位    geopotential
0 c) e$ z7 _' r/ {
9 d) ]9 {) w( U& H4 E地球位数    geopotential number 8 c$ s$ l2 V7 {+ D- Y% b* h

2 F9 y" L  J2 W地球同步卫星    geo-synchronous satellite / n( J$ u; S* O% j3 z+ x0 O
3 }- W; C8 W4 m9 Y. m
地理信息系统    GIS
2 O6 N; N4 }/ |) `* Z5 P" Z8 V7 v; n9 |+ R5 C% C2 S& k
全球导航卫星系统    Global Navigation Satellite System
, ^# @4 O$ v2 a' v' ^2 k  N
. B4 R$ G2 R: X5 D全球定位系统    global positioning system
+ d: v/ O& p  d! l' [! }, K2 d- _! V: Y
地球仪    globe
: r) c. t! o, d3 b: X; l
, ~. c0 @5 |  c) _& g  ^全球导航卫星系统    GLONASS ! H( G/ H2 \7 L" \5 c5 N

# k& D8 W8 u" x* }2 R7 F! D球心投影,*大环投影    gnomonic projection
* P; V" I) @3 P6 ~" x0 i) T. h8 ~2 x
全球定位系统    GPS
! r/ U. b0 e7 b) g4 z
6 Z* v$ u% j' }. Y8 l9 `& e* w坡度测设    grade location + a  A: M6 T9 S( g* O+ z' ?

0 [1 ?0 F$ Q* ~! k" c# @0 O重力梯度仪    gradiometer
. n4 X/ E$ K% f/ ?4 \& t) ?2 e0 J
; \* y+ H& x& D6 a& v! `重力梯度测量    gradiometry
9 l$ n9 d, _. g. O
: J+ \# a6 B7 y5 p' ~分层设色表    graduation of tints
& o9 {: q7 l5 h9 Z7 R/ c
" z# }( L* C6 K' s* O" v6 h图形元素    graphic elements
* f  x6 w9 I8 T- S3 a2 A6 _  M" u) }/ \
图解图根点    graphic mapping control point ; V: ]+ _; i; Z- s+ }& [3 `

, S2 m/ A" }. n* g; v8 G9 T3 ]图形记号    graphic sign : t: Y: y( W6 V! X' V- L3 Y
- ], i7 M$ K4 j6 F" M" k) Y9 I
图形符号    graphic symbol . E# n5 Y: L) ]! s  Q/ C

% `7 y4 m% Y9 m: k$ e( Z* {图解纠正    graphical rectification # Q  C3 ?! W5 n" Z! E: @

6 _0 _7 w7 E1 M. w- c图形    graphics
0 ]/ a! Q, y; a! W光栅    grating
# p. [- k6 _+ p6 N" s
6 f+ O2 O: G5 U: e% R& p重力仪    gravimeter - p2 R2 k4 r( J0 e/ G

' X3 r0 ?. C1 }& S; ~% b1 R重力基线    gravimetric baseline
1 L7 s3 F' [3 F' |  l* G$ e" _9 Z7 f4 j9 O' Y; l. D% j1 `; Z9 E
重力数据库    gravimetric database 5 M, M: |9 \- @$ {( P' \* l0 m

+ ?$ w; e# p0 Y! n( j7 B2 j- d重力垂线偏差    gravimetric deflection of the vertical 8 v1 x; p. `; U, S5 f- Q

. D/ q7 {1 o( V重力点    gravimetric point ( T* p8 y! D3 @& q( h3 P) b
0 A" H5 K1 M8 x) l0 t& ^
引力    gravitation
6 K% ~/ @" m1 O' y/ |. b6 B  i* M) v  a0 n
引力位    gravitational potential 2 G! n# @4 t9 j: G0 T& L/ l0 }3 ~" Y

" `7 c% I  G1 b重力    gravity 8 t7 l( Z+ U: A  X# |
; r/ h3 C7 g) j0 r) Y! G/ }
重力异常    gravity anomaly
" R( f: `  H  W+ j
  n9 K2 A! d7 W1 T重力基准    gravity datum
3 E9 n) s8 W' U
- e. q' E% E! o, F2 Q8 }) H6 u( h重力场    gravity field $ k, w  ]/ A6 l) p8 Q
重力梯度测量    gravity gradient measurement
. b; E7 }  a" h  c; J! X7 \4 o, x
/ ~7 N& o3 b5 A. k* Q' s重力测量    gravity measurement
# W& E( P+ N2 O1 V% [! M; x! `8 I3 L- V
重力固体潮观测    gravity observation of Earth tide - H4 x) P: Z" E+ ?5 q' ^6 j& b9 R

& L3 f3 J. `8 r重力位    gravity potential
1 o) g% g$ h. V) p) u7 s/ K7 i  z7 d4 s
重力归算    gravity reduction
& D/ g- Z/ m, p5 Q( C( a' A% j0 }5 L4 N- q8 K8 M5 T
大圆航线图    great circle sailing chart
( ~+ q* |( q" y8 n% f5 B# V: d7 N" a1 g. x
灰楔    grey wedge
/ N+ O6 z' y; c/ V0 i* l8 m% W8 n/ E/ j
坐标方位角    grid bearing 8 |' D" @. L6 u3 y
; U! c5 d$ W( J
网格地图    grid map ( D! X1 {0 K8 R  R  ?7 I

' F! P! x3 T) g+ [+ ^网格法    grid method + K* n. c6 \9 T" T
3 W  t2 k: {- r2 v  S5 \
邻带方里网    grid of neighboring zone 4 Y, [' x* m* D" r8 p  {" v

( n+ {$ n$ r7 ?: F/ Z2 r5 N* p9 H( A网格结构    grid structure
% @! m2 H/ j6 g. d% f
5 _" m, A& y! |9 ^% S2 l粗差    gross error
9 B$ z& ~' u5 g" t2 l5 ?, f% n, e1 r- h( \7 \" `
粗差检测    gross error detection
+ K5 f, f$ }, [
8 t9 R/ m* C4 k& s, a: Y地底点    ground nadir point
& I( X' r) i" p# [7 F5 ^: J. z+ |5 @& k* D8 d; {
地面接收站    ground receiving station
4 P4 R$ x$ @& X' L- S* p
) q- |% {5 R5 _+ _7 A2 D# {地倾斜观测    ground tilt measurement
5 {( \0 l7 V7 G9 ]
0 H0 q8 R; J  V2 V1 t) Z地面实况    ground truth 6 H3 [7 O5 l, I3 c, e8 ]
! P) H# q( R  P0 B9 r: g
地基系统    ground-based system
# \7 B1 K! b0 C7 h! ^0 G& B& q
4 W- E. A4 z" L' _标准配置点    Gruber point 1 W( w& t7 b' f

; x  z2 m3 b5 ]- i: M: a陀螺方位角    gyro azimuth ' g- M$ U0 l5 s, B  n

  x* d, ]" `3 E1 U8 D3 B陀螺经纬仪    gyro theodolite
' @  U' z* A; @6 X( N# e
) p* [2 a% o" T陀螺定向光电测距导线    gyrophic EDM traverse
; m/ x! G7 X1 b. h1 ?: M+ \; V
! ^% ^& G) U" U5 Q( r9 W陀螺经纬仪    gyroscopic theodolite % b$ H$ f- K% G* Y+ z- a
6 H$ T6 [, b% }$ e" i/ \
陀螺仪定向测量    gyrostatic orientation survey
* [' A" O  R3 C' T; K% u" K) IH$ N- n( M- m0 J2 C2 ]4 S
======================================================
: M  T' i7 ?, \5 x& t; D% I! h& P晕滃法    hachuring
3 f( c' k, V# N+ K/ q
/ u7 ]0 s! i) B" Y) v" z阿达马变换    Hadamard transformation
2 D. r& U6 I2 r( h" I+ m& P4 D; E# e( N; j  @4 U7 v6 C
回头曲线测设    hair-pin curve location + g; }1 X( L! \9 Q
; v7 a& M4 O& v
间曲线    half-interval contour $ F. t" l/ f- B# Y6 r6 d# ]
7 |- H+ o; a8 P3 ?* n
半色调    halftone
9 M3 m- b& c- ~0 b1 D3 u
; F" e, \$ ^3 e$ A" e1 w手持水准仪    hand level 1 k- Z" f+ a' D* C" }/ R

' U( m$ ^* I3 \悬式经纬仪    hanging theodolite
. ]1 T! N. Q, t# w, B$ `% J0 w1 D* O/ r; `8 e  `
港界    harbor boundary
8 R% `6 f2 s' a0 [8 @
3 `6 b( v  S; f1 D+ e0 D: Q# g港湾图    harbor chart
& s/ g+ L3 t, {& q
3 T7 r9 L1 l& @* }; n+ E& f港口工程测量    harbor engineering survey
& n( r7 N0 N. G) {* E# m3 E$ |; d2 b* [4 ^% K7 D
港湾测量    harbor survey
- T: y6 o# Q7 H; @% R: J4 ~* i2 |- W" z/ V) B
港湾锚地图集    harbor/anchorage atlas 6 h6 }" M. Y8 ]2 T# d  G
海福德椭球    Hayford ellipsoid
# ~( H9 t+ U! r5 G6 z/ w. E! \" Q
高密度数字磁带    HDDT
& ^( a) i9 v$ Y' v) K8 ?" n, s1 l# ?" T' ?9 x" ?0 |
艏向    heading 5 l0 B6 \  \% X1 {6 R/ l

0 U9 s% `  P+ p( J波浪补偿    heave compensation
+ q3 r8 E4 m" ?5 f8 y1 v% v* f  u4 Y
波浪补偿器,*涌浪滤波器    heave compensator + }) f, E! ]1 @( A$ ]
8 ^$ `5 u" T( o
高程    height
1 D2 g5 m1 j. @; I. q( P/ Z
, R% R7 Q9 v+ q/ r5 {海拔    height above sea level ; l1 E& C) I* ^/ C4 [
4 D+ `8 @; L2 ~* [
高程异常    height anomaly ) ~& [9 D& o% Z; B1 C" v, c  N

: g- r+ f1 l8 ?! M, [  z高程基准    height datum
3 f, A2 [) U& o% {) S: l: K) r
, a  a! l( ?  s7 J$ J投影差    height displacement 7 E2 a  H! u# z% G, x

2 |& n" H6 R5 C3 X9 ^灯高    height of light 8 J4 o/ V* }9 {2 N( q

( h. G- \6 j7 i高程系统    height system $ ~7 r& X0 u% I- I

. a6 _- a1 m4 b6 C  Q5 e高程导线    height traverse   l: B( ]# }3 O6 o; e7 J" Z, y) ~7 Q
+ U% [3 K& ^  O# g6 P5 }* ]
回照器    helios
) f) x8 ^; m, @
- ]& A6 Z% o/ h2 ^0 P" j1 {回照器    helioscope ( R$ r/ Y- J0 W7 v1 \% i# o9 ~, J/ u
& _2 I5 T+ J, y3 j6 z5 [7 w" Q: j
等级结构    hierarchical organization
8 K+ e: V; v& B1 D9 Y2 Q/ Z4 ^  Z$ r* K# V. Z' {+ r
高密度数字磁带    high density digital tape - [- I* ^" c' W, R8 @5 c

" B, h3 u1 z3 s& |; H理论最高潮面    highest normal high water 8 X, [- u5 W- F# N2 I

) z# J" L1 _& a# n5 c晕渲法    hill shading ( V6 O% `$ @3 v. M6 i& o
3 I) v* Y! r) V
直方图均衡    histogram equalization * m" p6 R5 r* B* O7 d6 W5 y
/ q5 u- ^8 D% Q8 A  P
直方图规格化    histogram specification
& U" ^6 p' d! s  Q8 H* |0 y. w. J, c
历史地图    historic map , n4 n$ |( }6 _4 p' ]5 l* ^

" b, ?! H( x# A% o3 r* L贯通测量    holing through survey $ e" z4 Z6 Z* a5 Y2 g% l

/ T7 y* S! p4 }6 a* @全息摄影    hologram photography ! i- P4 V0 w7 s6 K+ z5 M8 I" O
* ^. O9 m% `! z# D# `
全息摄影测量    hologrammetry
; V. e9 D* }  v0 U1 _2 H8 q$ P. N& o6 z; |
全息摄影    holography 6 Q; ^2 p+ n3 `- T$ N9 D3 U

$ H* ~/ \8 Q. w, n3 c组合地图    homeotheric map - b& c  P1 a/ P4 f8 a9 y
7 Y3 t2 O$ w( d2 P( h2 y" i
同名像点    homologous image points
) N3 G+ E' E# E5 P4 t' w9 q; R) ?& a5 v, v3 F
地平线摄影机    horizon camera   C5 w; i+ L! a( a1 b* e

! x5 ]# Y6 G1 g9 u* L3 K地平线像片    horizon photograph 7 S( j# y3 L: N0 R% `+ T3 m' f
像地平线,*合线    horizon trace
5 Q/ q3 j9 ?. q" ]2 @: O! W* L) N' a2 z: `
水平角    horizontal angle
" T5 o7 M) Q+ J( X8 Q' G1 e6 y4 m2 s
平面控制网,*水平控制网    horizontal control network
0 ~2 H: X3 I" P# T: ~9 s" C0 h# n: i
平面控制点    horizontal control point ( }% R; C8 a7 |, o( G2 O' t$ ]
1 h& R7 y8 N, M/ o
平面坐标    horizontal coordinate
6 y% a9 j# ^1 D. N( M( B' P2 D/ ?: Q! C
重力水平梯度    horizontal gradient of gravity " W  K% y, A0 t

. L0 u3 H, `6 x0 `* c左右视差    horizontal parallax 4 N) i* Z+ B0 `! E  \

) a  ?+ o' F; G5 L& v水平折光差    horizontal refraction error
; X! ?: P- h( b7 m( N
6 N3 b' F0 V& ~4 ?$ Q- H+ v黄海平均海[水]面    Huang Hai mean sea level 0 n/ X% w" W: A1 j% ]# _
" f  |9 o' W. \$ j' G
色相    hue
2 b  G" N' l2 R* U3 x3 M) t  i2 \1 }! e  X3 h2 o6 |, s) g, N
人文地图    human map
9 J# X" |' O  Y  G9 c6 c6 O; u2 J( U
3 t+ u8 `; v9 V/ Y& G海控点    hydrographic control point
, E- _  c! p% H2 c; @" I" M水利工程测量    hydrographic engineering survey ' e; j* z6 e& m* q2 P) ?

  W7 f. w3 V/ n! c. n7 T海道测量,*水道测量    hydrographic survey 7 X) X: u# I- n/ I0 U: |! L* w9 n: `
( {/ x2 U) j: s) O- [
海道测量学,*水道测量学    hydrography
# @( L$ Z4 t9 ^2 U
5 R1 r9 D- w; {* h& H水文要素    hydrologic features
( r2 [* F9 g( V7 _/ Z: k7 B( i, z% O' I# y  U( E( i$ F$ T
水文观测,*水文测验    hydrometry + Q5 ]" _/ U! M% M1 b/ A6 h! J+ [

6 z7 y2 |, l, p% M9 K  o5 \  l水听器    hydrophorce + u- q2 K- h  c2 ~8 |! l1 I
- y& z3 {5 P' R' U! d# l* ]# A
双曲线导航图    hyperbolic navigation chart
( r6 l4 N, u0 _  l
! B, b* r. S, Y! ]% L$ ~双曲线定位,*测距差定位    hyperbolic positioning
  S/ {, z. Q6 Y* m4 ]5 R' M3 S4 s8 J# q3 J
双曲线格网    hyperbolic positioning grid 2 k* Z6 J+ U, A0 E

9 Z/ }& Z9 I' M1 m双曲线定位系统    hyperbolic positioning system $ b+ ^, C9 W, ?$ X

" l9 l( W1 Z) J+ T( O1 f) y0 W超焦点距离    hyperfocal distance
" [& t7 \; Y  N; \3 U9 r" s
5 v, G8 D; e% |8 b: |- Q6 y: \分层设色法    hypsometric layer & X0 |" b2 ~8 B2 O' c" E
, U/ ?7 {4 r( \) o8 a0 [7 K8 V
地势图    hypsometric map
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