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·ÖÎö»¯Ñ§£ºanalytical chemistry
¶¨ÐÔ·ÖÎö£ºqualitative analysis
¶¨Á¿·ÖÎö£ºquantitative analysis
ÎïÀí·ÖÎö£ºphysical analysis
ÎïÀí»¯Ñ§·ÖÎö£ºphysico-chemical analysis
ÒÇÆ÷·ÖÎö·¨£ºinstrumental analysis
Á÷¶¯×¢Éä·ÖÎö·¨£ºflow injection analysis£»FIA
˳Ðò×¢Éä·ÖÎö·¨£ºsequentical injection analysis;SIA
»¯Ñ§¼ÆÁ¿Ñ§£ºchemometrics
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ϵͳÎó²î£ºsystematic error
¿É¶¨Îó²î£ºdeterminate error
Ëæ»úÎó²î£ºaccidental error
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Æ«²î£ºdebiation£¬d
ƽ¾ùÆ«²î£ºaverage debiation
Ïà¶Ôƽ¾ùÆ«²î£ºrelative average debiation
±ê׼ƫ²î£¨±ê×¼²î£©£ºstanderd deviation;S
Ïà¶Ôƽ¾ùÆ«²î£ºrelatibe standard deviation;RSD
±äÒìϵÊý£ºcoefficient of variation
Îó²î´«µÝ£ºpropagation of error
ÓÐЧÊý×Ö£ºsignificant figure
ÖÃÐÅˮƽ£ºconfidence level
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ºÏ²¢±ê׼ƫ²î£¨×éºÏ±ê×¼²î£©£ºpooled standard debiation
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µçºÉƽºâ£ºcharge balance
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ÎïÀí»¯Ñ§·ÖÎö£ºphysicochemical analysis
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µçµ¼·¨£ºconductometry
µçµ¼·ÖÎö·¨£ºconductometric analysis
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µçλµÎ¶¨·¨£ºpotentiometric titration
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Èܳö·¨£ºstripping method
µçÁ÷µÎ¶¨·¨£ºamperometric titration
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Ïà½çµçλ£ºphase boundary potential
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»¯Ñ§µç³Ø£ºchemical cell
Òº½Ó½çÃæ£ºliquid junction boundary
Ô­µç³Ø£ºgalvanic cell
µç½â³Ø£ºelectrolytic cell
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Õý¼«£ºanode
µç³Øµç¶¯ÊÆ£ºeletromotive force
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±ê×¼Çâµç¼«£ºstandard hydrogen electrode
Ò»¼¶²Î±Èµç¼«£ºprimary reference electrode
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Òø£­ÂÈ»¯Òøµç¼«£ºsilver silver-chloride electrode
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ÆøÃôµç¼«£ºgas sensing electrodes
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×ÜÀë×ÓÇ¿¶Èµ÷½Ú»º³å¼Á£ºtotal ion strength adjustment buffer,TISAB
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Îü¹â¶È£ºabsorbance
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Æ«×îС¶þ³Ë·¨£ºpartial least squares method ,PLS
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ñ޺ϱ任£ºconvolution transform,CT
ÀëɢС²¨±ä»»£ºwavelet transform,WT
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Ó«¹âÊÙÃü£ºfluorescence life time
Ó«¹âЧÂÊ£ºfluorescence efficiency
Ó«¹âÁ¿×Ó²úÂÊ£ºfluorescence quantum yield
Ó«¹âϨÃ𷨣ºfluorescence quemching method
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΢²¨Æ×£ºmicrowave spectrum,MV
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ÃæÄÚÒ¡°ÚÕñ¶¯£ºrocking vibration,ρ
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ÌØÕ÷ƵÂÊ£ºcharacteristic frequency
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ÔÓ»¯Ó°Ï죺hybridization affect
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Ô­×Ó·¢Éä·Ö¹â¹â¶È·¨£ºatomic emmsion spectrophotometry,AES
Ô­×ÓÓ«¹â·Ö¹â¹â¶È·¨£ºatomic fluorescence spectrophotometry,AFS
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ºË´Å¹²Õñ²¨Æ×£ºNMR spectrum
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ɨ³¡£ºswept field
ɨƵ£ºseept frequency
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ÆÁ±Î³£Êý£ºshielding constant
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Ö±½Ó½øÑù£ºdirect probe inlet ,DPI
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µç×Óºä»÷Àë×ÓÔ´£ºelectron impact source,EI
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¿ìËÙÔ­×Óºä»÷Àë×ÓÔ´£ºfast stom bombardment ,FAB
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ÆøÏàÉ«Æ×·¨£ºgas chromatography,GC
ÒºÏàÉ«Æ×·¨£ºliquid cromatography,LC
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Æø-¹ÌÉ«Æ×·¨£ºGSC
Æø-ҺɫÆ×·¨£ºGLC
Òº-¹ÌÉ«Æ×·¨£ºLSC
Òº-ҺɫÆ×·¨£ºLLC
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΢Ìî³äÖù£ºicrobore packed column
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ƽ°åÉ«Æ×·¨£ºplanar
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±¡²ãÉ«Æ×·¨£ºthin layer chromatography,TLC
±¡Ä¤É«Æ×·¨;thiin film chomatography
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·ÖÅäÉ«Æ×·¨£ºpartition chromatography
Îü¸½É«Æ×·¨£ºadsorpion chromaography
Àë×Ó½»»»É«Æ×·¨£ºion exchange chromatography,IEC
¿Õ¼äÅÅ×èÉ«Æ×·¨£ºsteric exclusion chromatography,SEC
Ç׺ÍÉ«Æ×·¨£ºaffinity chromatography
·ÖÅäϵÊý£ºdistribution cofficient
ÏÁÒå·ÖÅäϵÊý£ºpartition coefficient
Äý½ºÉ«Æ×·¨£ºgel chromatography
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Äý½º¹ýÂËÉ«Æ×·¨£ºgel filtration chromatography,GFC
ÉøÍ¸ÏµÊý£ºpermeation coefficien;Kp
»¯Ñ§¼üºÏÏàÉ«Æ×·¨£ºchemically bonded-phase chromatography
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Õ¹¿ª¼Á£ºdeveloping solvent ,developer
ÁÙ½ç½ºÊøÅ¨¶È£ºcriticak micolle concentration ,CMC
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·ÖÀë¶È£ºresolution ,R
·ÖÀëÊý£ºseparation number,SN
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±£Áôʱ¼ä£ºretention time
±£ÁôÌå»ý£ºretention volume
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ÇâÑæÀë×Ó»¯¼ì²âÆ÷£ºhydrogen flame ionization detector,FID
µç×Ó²¶»ñ¼ì²âÆ÷£ºelectron capture detector ,ECD
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¸ßËÙÒºÏàÉ«Æ×·¨£ºhigh speed LC,HSLC
¸ßѹҺÏàÉ«Æ×·¨£ºhigh pressure LC,HPLC
¸ß·Ö±æÒºÏàÉ«Æ×·¨£ºhigh resolution LC,HRLC
Òº¹ÌÎü¸½É«Æ×·¨£¨Òº¹ÌÉ«Æ×·¨£©£ºliquid-solid adsorption chromatography,LSC
ҺҺɫÆ×·¨£ºliquid-liquid chromatography,LLC
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»¯Ñ§¼üºÏÏàÉ«Æ×·¨£ºbonded phase chromatography,BPC
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Àë×ÓÉ«Æ×·¨£ºion chromatography,IC
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