Chinese Journal of Spectroscopy Laboratory 2002 Issue 2 Simultaneous Determination of P,Si and As by Absorption Ratio Derivative and Multiwave-Length Linear Regression Spectrophotometry Combined with Least Absolute Deviation Method

Simultaneous Determination of P,Si and As by Absorption Ratio Derivative and Multiwave-Length Linear Regression Spectrophotometry Combined with Least Absolute Deviation Method
qiao yuan biao ; xue yue yuan ; qin xue mei ; niu jin ying

..............page:256-259

Determination of Trace Gold by Extraction Chromatography with GDX 501-TBP and AAS
zhou fang qin ; yang liu ; huang yu an ; long si hua ; chen xiao ming

..............page:253-255

Determination of Sulphur in Graphite Electrode Powder by XRF
sheng xiang jun ; cao dong mei ; chen xin

..............page:250-252

Catalytic Spectrophotometric Determination of Trace Cu2+ Based on Oxidation of Morin by Hydrogen Peroxide
zhao lei hong ; zuo wei feng ; ma li ; su zuo

..............page:247-249

Determination of Trace Phosphorus in Water by ICP-AES
he hui ; zhang ping

..............page:244-246

Determination of Manganese & Magnesium in Silicon Metal by Atomic Absorption Spectrometry
liang wen jun

..............page:241-243

Determination of Export Magnesian Refractory by ICP-AES
sun zhe ping ; ou yang chang jun ; zhao shou cheng

..............page:237-240

The Progress on the Spectroscopy Study of Electrolyte Aqueous at High Temperature and High Pressure
chen jin yang ; zheng hai fei ; zeng zuo shan

..............page:143-147

Synthesis and Spectroscopic Studies of Tailed Porphyrins and Their Iron Complexes
he hong shan ; liu yong ; lin yan xin ; huang li yao

..............page:148-152

Study on ESR and the Variable-Temperature Susceptibility of[Fe3O(Ala)6(H2O)3](ClO4)7and[Fe3O(Gly)6(H2O)3](NO3)7·3H20
yao shang feng ; li jian min

..............page:153-156

Analysis of a Kind of Butyl Rubber Masterbatch
wang cheng yun ; zhang wei ya ; li ying ; yang zuo jun ; liao wen zhong ; wei dong

..............page:157-161

Application of IR on Component Analysis of Optical Cable Casing
hao wen xi ; shao bi bo ; liu jian qiang ; song yong shu ; huang ping ; lu jia chun

..............page:162-164

Application of MATLAB Figure Technology to Teaching and Learning of Substance Structure
su zhi

..............page:165-170

Direct Determination of Ca,Sr,Fe in Barites by ICP-AES
zhong zhi guang ; chen pei ling ; zhang hai feng ; liu chong hua ; qu rui ming ; zheng jian guo

..............page:260-263

Determination of Pralidoximi Iodidum by ICP-AES
wang wei

..............page:264-266

Direct Determination of Phenol in Environmental Water by Fluorescence Spectrophotometry
feng li juan ; xin chang bo

..............page:267-269

Spectrophotometric Determination of Trace Iron in Highly Purity Rare Earth with Fe(Ⅲ)-SCN--Crystal Violet System
mo li ping

..............page:270-272

Determination of Aluminium Alloy by Photoelectric Direct-Reading Spectrometry
wang li yan

..............page:273-275

The Photovoltage Properties and the Spectrum Analyses of Nanocrystalline Eu2O3
cui yi ; dong xiang ting ; zhang li

..............page:276-278

Determination of Hg in Tea
wang fei ; yan shu feng ; zou ming qiang ; zhang hong yan ; xu chuan bin ; wang shuo

..............page:279-281

Simultaneous Determination of Sorbic Acid and Benzoic Acid in Soy and Vinegar by Kalman Filtering UV Spectrophotometry
qu yuan yu ; ou yang xu long ; dai yun xin

..............page:186-188

Determination of Steel Elements by the Control Assay Method
zhang zhi xian

..............page:184-185

Ultraviolet Spectrophotometric Determination of Nitrite with 3,3′,5,5′-Tetramethylbenzidine
zhao kang ; ren yu bei ; li wen zuo ; shi yi ping

..............page:181-183

Determination of Trace Manganese in Tea by Catalytic Dynamical Photometric Method
yang xiu ying ; feng shang cai

..............page:282-284

Determination of Human Serum by 1H-NMR Spectrum
wang jing ; wang guang de ; chang li min ; zhou xiao guang

..............page:171-173

Spectrophotometric Determination of Iodine by Oxidation-Decoloration of Cresol Red
chen rong ; yang xiao hong ; lei li hong

..............page:174-176

Direct Identification of Clematis Chinensis from Its Comfusable Varieties by FTIR
cheng cun gui ; han tao ; teng yun long ; zhao yan qin ; chen bin ; kong chao hui

..............page:177-180

Direct Determination of Pb,Cd and Cu in Chinese Traditional Medicine by ICP-AES
fang zuo wen ; xu shao ling ; jia li ; yu lin

..............page:233-236

Determination of Trace Aluminium in Environmental Water with Phenylfluorone
zhu li zhe

..............page:230-232

Determination of Trace Phosphorus with Rhodamin G-Phosphomolybdenotungstate-OP System
bi li ; yang ya ling ; luo kang bi ; liu mou sheng

..............page:227-229

Rapid Determination of Trace Tin by Hydride Generation-ICP-AES
liu xian guo ; wang ping ; fang jin dong

..............page:224-226

Evaluation of Uncertainty for Determining Concentration of Copper in Water by ICP-AES
wang hu ; you jun fu ; zhao hai shan

..............page:219-223

Rapid Analysis of Impurities in Cu-Cathode-1 by Photoelectric Direct Reading Spectrometry
xue shi qin ; hu xiao chun

..............page:216-218

Determination of V,Al and Si in Fuel Oil
ying lin chu ; wang zhong jian ; zou zhong wu

..............page:213-215

Determination of Selenium in Notoginseng by Microwave Digestion and Flow Injection-Hydride Generation-Atomic Fluorescence Spectrophotometry
li ; liu shi xi ; cao huai

..............page:209-212

Determination of Trace Beryllium in Soil by Microwave Digestion-GFAAS
zhang ping ; he hui

..............page:206-208

The State of Chemometrics
shi yong gang ; feng xin zuo ; li zi cun ; sun ping

..............page:201-205

FTIR Analysis on UV-Proof Umbrella by ATR-OMNI Sample Compartment
zhu pei fen ; gao jian ying ; su ke man

..............page:198-200

Study on Spectrophotometric Determination of Copper(Ⅱ)with 2-(2-Quinolinylazo)-4-Methyl-1,3-Dihydroxidebenzene
gao xiao yin ; bai hong mei ; li yong kun ; hu qiu fen ; yin jia yuan

..............page:195-197

Applications of Gas Chromatography-Mass Spectrometric Quantitative Analysis Technique
ji zuo ping

..............page:189-194