|
|
马上注册，结识高手，享用更多资源，轻松玩转三维网社区。
您需要 登录 才可以下载或查看，没有帐号？注册
x
玻璃漏斗 Glass funnel long stem
- ?, x% u* v: N试管 test tube test tube brush test tube holder test tube rack: G* ]6 Q, x: \1 A6 h% N; s
蒸发皿 evaporating dish small
3 C6 F4 ] A! I; r7 s f烧杯 beaker
( N! Y$ p3 \( E' h: j锥形瓶 Erlenmeyer
$ e* }" ~: t3 D" A1 J$ h量筒 grad cylinder
, j3 a" O8 S3 a9 X洗瓶 plastic wash bottle0 t8 r- ^7 m2 o$ e) j
勺皿 casserole ,small stoppered flask
/ K% x+ v4 J* H2 F' L. r2 t" X分液漏斗 separalory funnel
4 R) y; K$ Z( q* A% ]warter bath/oil bath& W( `% S6 O# v0 B1 P! J
strring bar/ C% c* P- a4 L0 f
magnetic stirrer3 J7 P4 C% `$ X- D& ^
冷凝器 condenser
4 p# E! a) e' d0 t* u. EBallast bottle5 l2 @- `/ s- o* q
圆颈烧瓶 Round-bottom flask- W- `! ~$ e' ~- B8 x# ]
试剂瓶 reagent bottles 7 e. j9 n, m& p
托盘天平 platform balance 台秤/ Q3 ~$ V1 x" r
0.1g 托盘pan 指针刻度表pointer and scale8 D. K( u. [ ]9 Y7 z* U
crossbeams and sliding weights 游码
@! [( }* H$ s1 x分析天平 two-pan/single-pan analytical balance
( ]0 l$ C, g# n6 d; {滴定管 burette glass bead(basic) nozzle
9 f) }7 M: F) _- F0 C# [5 F移液管 pipette 胖肚 elongated glass bulb
9 Z6 k/ _+ t0 T3 ?0 ^洗耳球 rubber suction bulb3 \" B- {, `( ~
玻棒 glass rod% g, ?( d" q! F" Y. W7 {5 ?
玻璃活塞 stopcock
1 x; f+ y. c* j3 J y3 y8 H, x容量瓶 pyknowmeter flasks ' F) K9 {1 s9 X: _- O8 G
比重瓶 (one-mark)volumetric flasks
( M+ h5 w6 X5 i$ W胖肚吸管 one-mark pipette
$ ^ f! W1 g' ^; f6 b3 ]- H! \ T刻度吸管 graduated pipettes
) T) x. j" n' z' D7 _锥形瓶(conical flask) 250ml×4 药匙(medicine spoon)×1 5 Q" n8 u7 g8 A) [* k$ G1 t f
(Erlenmeyer flask) 100 ml×3 滴管(drip tube;dropper)×2( g* T. c1 `# D0 n' ?+ ?
烧杯(beaker) 500 ml×1 玻棒(Glass stic)×2
. M3 A* `. d7 D6 E: x250 ml×3 木试管夹(test tube clamp;test tube holder)×1
4 ~3 T& z6 z; l h. |100 ml×3 胖肚吸管(straws) 25 ml×1 7 n. ]' E4 D9 d' b( b
50 ml×2 10 ml×1
% }$ b9 h' _6 X" [容量瓶(volumetric flask) 100 ml×2 乳钵(morta)×1
8 ]0 K6 w0 K8 a' h) a0 S50 ml×4 洗耳球(ear washing bulb)3 z6 f$ S9 r; G$ W% I* E
碘量瓶 (Iodine numoe flask; iodine flask) 500 ml×34 B0 j$ K: U& k2 } T# M
试剂瓶 (reagent bottle) （无色）×2% w2 @0 n' z# S. i5 j
（棕色）×2 配洗液：
6 S3 \, e0 H$ S) D# b" ]+ Y量筒（cylinder） 100 ml×1 K2Cr2O72g+5ml水→65mlH2SO4
* u& ~5 o) c7 |: R/ @: t(graduated cylinder)10ml×1 边加边搅拌(stir)。
2 B3 p/ a" s8 t+ O铁支架(siderocradle)+蝴蝶架# H" i3 o/ r5 j) n4 t \5 q
白瓷板(White Porcelain Board ) （一）清点仪器(to count;to make an inventory)' a- ~: v2 [, j7 T, B
酸式滴定管(Acid burette) 25 ml×1 配洗液 (Lotion)
- P" V1 }& h- ~+ O* T! k碱式滴定管(Alkali burette)25 ml×1 一般仪器的洗涤
1 c) k4 ^0 V' B' @: Q* D% u# j直型冷凝器(rectocondensor)×1 容量瓶(volumetric flask) i+ ]1 B* J1 l# L$ ~
漏斗架 (funnel stand) ×2 移液管(pipe)' Y" X0 z/ P8 O# G
水浴锅(water bath kettle) ×1 ) k W5 R' F4 z
温度计(Thermometer;hygrometer;hydroscope) ×1
f8 }8 }( {5 ` N1 Y* l4 O电炉(electric furnace;electric hot plate;electric stove) 四人一个 " Z% c# b0 U% d' H/ U
分析化学：analytical chemistry
2 `( e+ h& `8 R定性分析：qualitative analysis2 _+ ?. v$ y$ z+ R8 i8 l
定量分析：quantitative analysis" o' C) q! W4 ?$ \: [( d, M( z
物理分析：physical analysis
0 Q' T3 m% S2 B; S物理化学分析：physico-chemical analysis0 A4 |6 V; z9 R K1 a
仪器分析法：instrumental analysis1 N9 d2 |. j v7 P% }6 Q+ Q0 M y
流动注射分析法：flow injection analysis；FIA# K$ V0 Y$ n4 C
顺序注射分析法：sequentical injection analysis;SIA/ d+ D R- b6 ?6 L7 I4 F
化学计量学：chemometrics% I' H+ B9 n' [6 J3 ~' [
绝对误差：absolute error
. B# M5 k1 n& w$ `* I& S9 E相对误差：relative error8 k* Q( S/ h! k
系统误差：systematic error% t4 y# E; o' N# x% _4 I2 i
可定误差：determinate error/ q/ L2 d+ A9 X- s8 W# Y7 [: s
随机误差：accidental error
% E+ \8 c9 c2 H1 c不可定误差：indeterminate error
& Q$ q: _0 E4 H: N7 _) ?准确度：accuracy! c/ m( g5 M; w: |$ s) b! l
精确度：precision- `/ B8 R+ h) E1 G. x9 _
偏差：debiation，d
1 k. v+ L! p7 Y# I平均偏差：average debiation
( K/ s) l5 D% y s; C( a u相对平均偏差：relative average debiation2 [9 Y( g! }2 Z7 M
标准偏差（标准差）：standerd deviation;S0 I; E1 n, t! z/ J" Z+ d
相对平均偏差：relatibe standard deviation;RSD; i3 F: k" \5 \; W5 s% r+ w& S' v7 R
变异系数：coefficient of variation1 k& s( C0 J% g; g) Z4 I S- [
误差传递：propagation of error
! ?# I& b1 N5 _有效数字：significant figure3 R' b- o1 e; V* k* i$ q6 _1 P
置信水平：confidence level5 n5 H: e8 P! w- H, t" ~
显著性水平：level of significance; y" g" |/ l4 W0 p+ I9 B8 X
合并标准偏差（组合标准差）：pooled standard debiation
+ x3 c3 E: u1 E* U0 V/ u舍弃商：rejection quotient ;Q % q0 w* j; f+ W, ?- e5 z
滴定分析法：titrametric analysis
9 L- R& c9 L: R滴定：titration
) n% R; F, r& v" R- G1 p容量分析法:volumetric analysis
! Q, a1 n- c9 a6 E1 b5 a化学计量点：stoichiometric point
1 p6 k4 m+ ^, {: s3 ]等当点：equivalent point) T5 S6 B, e {6 Y* ]3 Y# O
电荷平衡：charge balance- U! u$ @6 b: z" {+ V; y
电荷平衡式：charge balance equation
' N2 U i4 \& V" D! [* F* @) j# n质量平衡：mass balance$ R' ]* f# W [
物料平衡：material balance
% O: }2 i% h& {* z- d8 B: y1 l0 c; X质量平衡式：mass balance equation
2 x9 D! x" J) T+ t, q6 A# X4 T' f酸碱滴定法：acid-base titrations5 G X( N) @4 W
质子自递反应：autoprotolysis reaction
: ?1 M* o5 P( d4 ~" h. c' A质子自递常数：autoprotolysis constant+ l1 {# a& v9 v# W3 B' h
质子条件式:proton balance equation. X) e- P" S3 Q' i. r; o
酸碱指示剂：acid-base indicator
/ Z2 C& A# M' Y5 I6 R2 {; ?指示剂常数：indicator constant% [% ?% J7 T+ T9 z0 s
变色范围：colour change interval $ M# f" H+ C b; \& s( u. K8 S
混合指示剂：mixed indicator
4 l* q2 N4 I0 k& O双指示剂滴定法：double indicator titration* q6 ~& I( E6 n4 z
非水滴定法：nonaqueous titrations
' F1 D; C) y( ~: o, E, i质子溶剂：protonic solvent $ ?( L# r% O2 S5 R9 C3 o
酸性溶剂：acid solvent
% r" k8 \* r$ m' g7 T& M8 Y0 y8 Y碱性溶剂：basic solvent
* ]$ |) a. s. `, {$ r, m两性溶剂:amphototeric solvent
& `2 M+ c5 ~- r- W5 `无质子溶剂：aprotic solvent / C8 C% k4 K3 V9 n! F* ?) T* K( R
均化效应：differentiating effect: H _. K8 {* I, W1 K+ P5 E
区分性溶剂：differentiating solvent
1 z) ]6 N, ~6 A& O离子化：ionization V& N$ w, e, _4 q9 [! Q0 B
离解：dissociation
. b2 Q$ T6 T7 A; q8 j3 f' \- n结晶紫：crystal violet. t- R& o, I% c5 S- }$ c& ^
萘酚苯甲醇: α-naphthalphenol benzyl alcohol9 q* n5 F. F$ N% f2 l: ^ z/ d
奎哪啶红：quinadinered
' A6 v; O+ o4 \ x百里酚蓝：thymol blue) \/ ~1 ~0 V k% T7 Y: q/ p
偶氮紫：azo violet) b6 C/ ]- G' r
溴酚蓝：bromophenol blue
$ n0 A3 c: [/ H2 _配位滴定法：compleximetry
3 v& `, G- L" b i. k' i乙二胺四乙酸：ethylenediamine tetraacetic acid,EDTA; P) T/ c5 s; @
螯合物：chelate compound
& F4 T) w/ E& e+ d/ h3 ^# R金属指示剂：metal lochrome indcator
- f' R! h% Y2 d- L4 j氧化还原滴定法：oxidation-reduction titration( P6 X3 d( r; Q- M `4 C2 z0 U
碘量法：iodimetry% X' N5 ]. \1 L2 P; H
溴量法：bromimetry ]' S0 e; G3 G% {' z6 l' _
溴量法：bromine method( V9 N3 p* ?& V# h( C
铈量法：cerimetry
$ \9 k% C' S8 r8 a6 k# n+ ^高锰酸钾法：potassium permanganate method5 [0 o$ n/ U4 ^6 S, i8 F& [& a
条件电位：conditional potential
) q# t) n7 T; p3 X溴酸钾法：potassium bromate method
' i" J' {* H& I* E* T" _3 K0 j硫酸铈法：cerium sulphate method
- c) r. k9 X! I0 u4 G偏高碘酸：metaperiodic acid/ r4 i! [/ D9 N7 O( y
高碘酸盐：periodate; Q5 B, p0 ~* @: T4 j
亚硝酸钠法：sodium nitrite method3 q2 i1 Q+ W! V4 N" s7 v( b
重氮化反应：diazotization reaction! M2 _2 _1 I( v r6 M
重氮化滴定法：diazotization titration
5 U$ a6 Z/ i8 q! D亚硝基化反应：nitrozation reaction
( @: O3 n- s0 O- z9 {+ |5 o5 H亚硝基化滴定法：nitrozation titration% ?! Q8 N( O7 h( w
外指示剂：external indicator
6 a4 i& H' e0 {3 Y* s: p, n外指示剂：outside indicator4 h' J. u N9 \
重铬酸钾法：potassium dichromate method
6 }+ h/ \( |# K; p沉淀滴定法：precipitation titration! N- `% b& c& P2 h+ `
容量滴定法：volumetric precipitation method
0 f5 B# d, x; E n银量法：argentometric method% J& s' F4 q+ W/ M! v/ x7 F
重量分析法：gravimetric analysis
2 b4 E! B$ s' d" ]' H挥发法：volatilization method
* ^' A# b' o! w6 C' G引湿水（湿存水）：water of hydroscopicity8 p/ R- }; d3 t( `4 {4 w+ U
包埋(藏)水：occluded water
) G8 y% v7 Z( z: Y' f6 E吸入水：water of imbibition
3 ]( m4 u6 P/ `+ U# q7 W: c结晶水：water of crystallization
- A- a. C/ g1 B n! k" z' j组成水：water of composition2 T, m& m1 a9 _0 s1 f
液-液萃取法：liquid-liquid extration
" Q( B3 a$ A5 r1 l* y溶剂萃取法：solvent extration2 }6 X, ~9 S" F/ I8 }; q3 k
反萃取：counter extraction( z" Y. ^. `4 g! g% e
分配系数：partition coefficient: d5 i) t* S2 Y6 W+ y
分配比：distribution ratio
/ W: b! ^! |8 G+ G# M离子对（离子缔合物）：ion pair) ]7 o; a1 s0 f: p- b
沉淀形式：precipitation forms9 q9 A/ F+ D. _6 m
称量形式：weighing forms' X. c# S1 `% U2 w
物理分析：physical analysis" ~5 J" E# ?5 I8 z
物理化学分析：physicochemical analysis
' X: K7 G' V6 v) x5 y仪器分析：instrumental analysis
. l7 L/ K9 n; b/ z8 |电化学分析：electrochemical analysis9 n4 B: |1 D, g2 p+ u5 u
电解法：electrolytic analysis method
; b$ v2 \7 B/ J电重量法：electtogravimetry" E* @& Z" j0 v9 Z9 K7 o9 j
库仑法：coulometry
% W! q; O) d+ U$ t' U t库仑滴定法：coulometric titration
' A$ B& C2 G1 @' D; n1 e5 F电导法：conductometry z- Z+ }) q- S" M& ?) I
电导分析法：conductometric analysis7 ^$ S- x0 k7 l. Q* h3 u- t* X) E
电导滴定法：conductometric titration
0 u6 B9 I& W5 Q电位法：potentiometry
/ F" [/ p# t/ h) B7 D2 C( n直接电位法：dirext potentiometry
0 o S5 e) F* w0 g* [; J电位滴定法：potentiometric titration
( Q, u- S6 ^" O2 U9 y% U伏安法：voltammetry
9 G' x! k1 }# B! h5 {! m极谱法：polarography
# ]0 [$ _2 o3 S: w: j+ K溶出法：stripping method: W! g$ n* F. |. C3 I
电流滴定法：amperometric titration D$ a; S4 b% Z7 p$ J' X
化学双电层：chemical double layer
+ ~' c4 B: v2 l: w# ~' t相界电位：phase boundary potential1 `) C, Q, @7 P) Z3 o
金属电极电位：electrode potential; w3 T! P4 s/ y) Z9 U7 X
化学电池：chemical cell
: O6 v( j: F3 h( i5 `/ t! j液接界面：liquid junction boundary6 C1 n5 q R4 l" |
原电池：galvanic cell8 A- q3 B7 n2 [0 _ P
电解池：electrolytic cell' v; F$ t( E8 `( ^/ E8 S6 O
负极：cathrode2 v+ V' ?1 t& J! t( a# u. y
正极：anode+ [5 W" R& ]7 P4 `; u" `2 |" l# K
电池电动势：eletromotive force) `4 w: L: O5 o6 U
指示电极：indicator electrode
) O* o7 l& I: ^) T" `参比电极：reference electroade
2 i: a7 ~) a& m# V9 f7 q标准氢电极：standard hydrogen electrode
1 g# D5 L' X r; t. r! s一级参比电极：primary reference electrode5 O9 E* [# H3 ^. s; B6 ]
饱和甘汞电极：standard calomel electrode+ X, F. ^5 F7 }) D) ^& a R3 W
银－氯化银电极：silver silver-chloride electrode5 a2 ]0 H- K" c5 T8 I3 _
液接界面：liquid junction boundary, R3 q1 k# e: P) O
不对称电位：asymmetry potential1 O- R/ V8 X; l2 F' F& K
表观PH值：apparent PH - p$ p* J. d$ {8 w2 e
复合PH电极：combination PH electrode& ~7 w! t. W0 ?: F# m" |, p$ a
离子选择电极：ion selective electrode7 }7 c+ e0 z4 z
敏感器：sensor
8 A4 P& H' m! `) C晶体电极:crystalline electrodes
3 q. v$ @ E5 E7 z* Y均相膜电极：homogeneous membrance electrodes
: l" x; L# X6 L3 f! b非均相膜电极：heterog eneous membrance electrodes
1 O7 z' V! `3 \非晶体电极：non- crystalline electrodes
( x4 T5 A' }$ w8 r2 ^9 _+ g刚性基质电极：rigid matrix electrode7 O( o* A3 k2 R! W6 ~2 d0 T0 P
流流体载动电极：electrode with a mobile carrier
! U. `$ f& ?% H5 \9 F0 j0 a8 ~气敏电极：gas sensing electrodes
# _! E3 y4 S5 z酶电极：enzyme electrodes7 m- M% t2 Y l( y
金属氧化物半导体场效应晶体管：MOSFET
* F$ [' P0 ^! b+ }2 I+ K) E- }离子选择场效应管：ISFET
+ _ P3 l5 |% r0 L# a8 Q$ g总离子强度调节缓冲剂：total ion strength adjustment buffer,TISAB6 x2 S Z0 E; i) c
永停滴定法：dead-stop titration
7 k* \5 u$ w* I9 l/ a双电流滴定法（双安培滴定法）：double amperometric titration% ^+ _5 M4 H4 k l
普朗克常数：Plank constant, f8 K' y! E+ R
电磁波谱：electromagnetic spectrum
5 D+ _! o/ p5 I光谱：spectrum; W" P6 r" g! K
光谱分析法：spectroscopic analysis# w# v; U" p t1 n M
原子发射光谱法：atomic emission spectroscopy) }# ^' q/ W. O4 W' i# J* x
质量谱：mass spectrum
! E. J. |3 j5 N4 ^质谱法：mass spectroscopy,MS$ C! O* r- H4 f1 n3 R
紫外－可见分光光度法：ultraviolet and visible spectrophotometry;UV-vis% g1 N+ E- f R2 _7 |4 B
肩峰：shoulder peak
0 S4 d3 k4 T8 S: [5 M- O/ G+ L末端吸收：end absorbtion
5 t$ }4 f0 G8 F% ~) k* J9 w生色团：chromophore+ D* ~7 B X- E5 y; Y; i- z
助色团：auxochrome
- W$ P( h& t2 d( U红移：red shift a: ^: ]; k& d0 B, C
长移：bathochromic shift [6 E) y3 K# L; s) B% j3 l
短移：hypsochromic shift. c$ k+ m; ]! m2 Y( [
蓝（紫）移：blue shift1 Z# [9 o9 y4 P+ q9 o- K2 F# ^
增色效应（浓色效应）：hyperchromic effect' v# X4 e. K7 Z+ Q# o/ ~
减色效应（淡色效应）：hypochromic effect
4 g; R( s/ ]7 p, g. D$ t7 {强带：strong band
0 [& o5 W/ {" Y8 w弱带：weak band
) P7 @6 F/ c3 \' a% V$ G吸收带：absorption band$ y$ X7 B' b- d ]* B! ?
透光率：transmitance,T
5 R# ?! }, [" c% Y, s7 y7 G: y2 R9 {吸光度：absorbance" v n2 G8 h2 P
谱带宽度：band width* \7 D* z+ w, A" |. D
杂散光：stray light
8 Q" f1 o" L l4 \: V噪声：noise
: A& O+ M; @1 a4 }暗噪声：dark noise2 z4 T. @( F+ F
散粒噪声：signal shot noise0 b/ G% y* @- F
闪耀光栅：blazed grating
" q5 s- @" d: {) l全息光栅：holographic graaing9 r% K$ @& F. L/ u& u
光二极管阵列检测器：photodiode array detector
% L `0 _2 m. z偏最小二乘法：partial least squares method ,PLS* z! u! c( A+ g/ s8 z% T0 q0 e
褶合光谱法：convolution spectrometry1 K8 N$ u/ I! t, s
褶合变换：convolution transform,CT
4 N/ i- |$ o; b/ l5 g2 `离散小波变换：wavelet transform,WT; h. O- K" k/ e. a; E
多尺度细化分析：multiscale analysis2 O: W2 L* K: c5 a
供电子取代基：electron donating group
1 G& I& @& U' Z, v吸电子取代基：electron with-drawing group9 ~6 e; {. P/ X
荧光：fluorescence
9 H9 ?# w" w/ y$ E; H7 v荧光分析法：fluorometry
" e# X7 I3 \* {# r8 J' tX-射线荧光分析法：X-ray fulorometry
3 s& x' m) [/ Y" C原子荧光分析法：atomic fluorometry$ ]+ H$ M$ n, d0 A& ~
分子荧光分析法：molecular fluorometry
8 H' a2 j7 Z3 e振动弛豫：vibrational relexation! e0 N1 B0 m/ u
内转换：internal conversion+ F) d$ {1 b$ d' x/ a3 ^4 N/ }! e
外转换：external conversion6 f7 H4 k- ~7 U0 Z
体系间跨越：intersystem crossing) K5 D) a# }3 H8 Q( k6 H3 l
激发光谱：excitation spectrum' _$ \! I9 o0 @1 T
荧光光谱：fluorescence spectrum
. l$ G) o% ^2 X _. ^, f0 x8 Y斯托克斯位移：Stokes shift
% @9 z" d1 f# d6 }* a$ v荧光寿命：fluorescence life time
' b' ` ] Y, J4 J" d2 T' a+ e荧光效率：fluorescence efficiency
: g6 E% X1 y1 q5 s: O' w# D6 C; U: {荧光量子产率：fluorescence quantum yield: S7 |/ }3 B$ Y/ ~
荧光熄灭法：fluorescence quemching method6 P( J, B7 q$ `3 C
散射光：scattering light2 i6 B; [6 N S4 K, O8 c0 H
瑞利光：Reyleith scanttering light
/ f0 N& O+ @# l8 O拉曼光：Raman scattering light2 q( X" O9 X* s8 d
红外线：infrared ray,IR
6 i1 O+ P# N0 B; o中红外吸收光谱：mid-infrared absorption spectrum,Mid-IR) `8 M8 x& d) B. R9 [4 |7 X% w% I
远红外光谱：Far-IR. A' `$ x4 l) a
微波谱：microwave spectrum,MV2 N* ?4 ~' f+ O+ @ E) R
红外吸收光谱法：infrared spectroscopy7 U1 S% j! H5 {; ~/ m0 }) c. A
红外分光光度法：infrared spectrophotometry
; Q( M$ ^! U; e! S# i7 j8 J振动形式：mode of vibration5 Y( V; E$ }6 V
伸缩振动：stretching vibration+ b! |$ }) j ^/ i1 E
对称伸缩振动：symmetrical stretching vibration% v( w0 ~: N' Y$ F1 F6 C% T
不对称伸缩振动：asymmetrical stretching vibration, D9 K; `( X" V2 o( m
弯曲振动：bending vibration+ V& K2 ~3 e( o" e: i/ J
变形振动：formation vibration
6 I8 d9 x" }: l- E3 I# g& {( Y1 [* D面内弯曲振动:in-plane bending vibration,β
; e7 A0 [& S! N3 Z* L8 D* u, D剪式振动：scissoring vibration,δ
; o1 x# P3 I1 S+ d; z面内摇摆振动：rocking vibration,ρ
4 c+ e5 ~# N& \- v. V6 i! s3 Q核磁共振：nuclear magnetic resonance,NMR+ X. d3 z8 k' j8 e8 L
核磁共振波谱：NMR spectrum
4 e3 }- N7 w6 Q: O5 `核磁共振波谱法：NMR spectroscopy/ q4 N, I0 @+ h& u# D; c
扫场：swept field
, k4 W# E7 ~* U7 i, x) O扫频：seept frequency1 g. {1 L1 q' s
连续波核磁共振：continuous wave NMR,CW NMR
. F) ?9 F/ A$ U9 [: P7 q& e# kFourier变换NMR：PFT-NMR,FT-NMR. `( K, U+ s. P* d) X6 W( }
二维核磁共振谱：2D-NMR8 i5 x2 B3 E% n8 k1 W
质子核磁共振谱：proton magnetic resonance spectrum,PMR
/ y- P+ {* K& N' v7 c1 H7 N氢谱：1H-NMR- R8 D& p+ h8 E/ K2 ?) \- v, \( @
碳－13核磁共振谱：13C-NMR spectrum,13CNMR9 ]6 B* X) @8 k
自旋角动量：spin angular momentum |
|
[复制链接]
发表于 2007-11-8 17:27:22