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Princeton Applied Research
I. GENERAL ANALYSIS
Application Notes
1 Uses of Polarography in the Plastic and Polymer Industry (153)
2 The Differential Pulse Polarographic Determination of Nitrosamines, Nitrite and Nitrate (155)
3 An Automatic Voltammetric Electrode (AV-1)
4 Antioxidants and Antiozonants (A-5)
5 Adsorptive Stripping Voltammetry (A-7)
6 Chloride (C-1)
7 Determination of Trace Chlorine and Oxidants in Seawater by Different Pulse Polaragraphy (C-7)
8 Deaeration-Why and How (D-2)
9 Polarographic Determination of Formaldehyde and Other Aldehydes (F-1)
10 Applications of Voltammetry to the Food Industry (F-2)
11 A Table of Selected Half-Wave Potenials for Inorganic Substances (H-1)
12 Iron (I-1)
13 Basics of Polarography (P-2)
14 Topics in Chemical Instrumentation: XCVII: Pulse Polarography:
......A Series of Student Experiments (P-5)
15 Interfacing the Model 384 to a Computer Through an RS232 Interface (P-6)
16 Sulfur Componds in Kraft Pulping Liquor: Determination by Pulse Polaragraphy (S-5)
17 Fundamentals of Stripping Voltammetry (S-6)
18 Square Wave Voltammetry (S-7)
19 Model 303 SMDE Maintenance and Troubleshooting Guide (T-3)
20 Water and Waste Water for Trace Metals (W-1)
21 Voltammetric Determination in Seawater
Application Bulletins
22 Aldosterone
23 Ammonia
24 Antimony
25 Chloramphenicol
26 Cyanide
27 Gallium
28 Hydrazine
29 Lead in Liquors
30 Mercury
31 Oxyphenbutazone & Phenylbutazone
32 Simultaneous Determination of As (III), Cu, Pb Fe(III)
33 Sulfide
34 Sulfur Dioxide
35 t-Butyl Catechol & p-Methoxy Phenol
36 Tetracycline
37 Tungsten
38 Uranium
Application Briefs
39 Anthraquinones (A-1)
40 Alumunum (A-2)
41 Ammonia (A-3)
42 Ascorbic and Fumaric Acids (A-4)
43 Arsenic (A-6)
44 Chromium (C-2)
45 Diols (D-1)
46 Lead (L-1)
47 Methylenebisthiocyanate
48 Maleic and Fumaric Acids (M-2)
49 Nitrite (N-1)
50 Nickel and Vanadium (N-2)
51 Phosphate (P-1)
52 Selenium (S-2)
53 Silicon (S-4)
54 Thiourea (T-1)
55 Vitamins (V-1)
II. PLATING APPLICATIONS
56 Application of Polarography to the Plating Industry (PLAT-2)
57 New Analytical Methods for Cobalt-Containing Hard Gold Plating Solutions (PLAT-3)
58 Polarographic Methods for Electroless Nickel Plating Baths (PLAT-4)
59 Plating Chemistry Analyzed Automatically (PLAT-5)
60 Automated Plating Baths Analysis (PLAT-6)
61 Electrochemical Process Control of Plating Baths (PLAT-7)
62 Control of Plating Chemistry by VoltammetricTechniques (PLAT-8)
63 Square Wave Voltammetry for Plating Solution Analyses (PLAT-9)
64 Electroanalytical Methods for Research and Development in Electroplating (PLAT-10)
65 Trace Lead, Copper and Cadmium in Watt's Nickel Baths (PB-1)
66 Chloride in Watt's Nickel Baths (PB-2)
67 Nickel in Watt's Nickel Baths (PB-3)
68 Saccharin in Nickel Baths (PB-4)
69 Copper (I) in Copper Chloride Baths (PB-5)
70 Copper and Formaldehyde in Electroless Copper Baths (PB-6)
71 Free Cyanide in Copper Cyanide Baths (PB-8)
72 Zinc inChloride Zinc Baths (PB-9)
73 Tin and Lead in Solder Baths (PB-11)
III. ANALYSIS-CONTROLLED POTENTIAL
COULOMETRY
74 A complete System for Controlled Potential Coulometry (135)
75 Basics and Applications of Coulometry (AP152)
76 Gold (G1)
77 Silver
IV. ELECTROCHEMICAL RESEARCH
78 Basics of AC Impedance Measurements (AC-1)
79 Electrochemical Impedance Measurements (AC-2)
79A Electrochemical Impedance Measurements: Instruments and Techniques (AC-3)
79B Galvanostatic Impedance Measurements (AC-4)
79C Using Electrochemical Impedance to Evaluate Coatings: A Survey of the Literature (AC-5)
83 A Review of Techniques for Electrochemical Analysis (E4)
84 The Use of Potentiostatic and Coulometric Instrumentation in Battery and Fuel Cell Studies
.......(APN 134)
85 Grounding and Shielding in Electrochemical Instrumentation-Some Basic
Considerations
V. CORROSION
87 Basics of Corrosion Measurements (CORR 1)
88 Electrochemistry and Corrosion Overview and Techniques (CORR 4)
89 Electrochemical Corrosion Measurements for the Metal finishing Industry (CORR 5)
90 Electrochemical Corrosion Newsletter II
VI. ANALYSIS-LCEC
91 Determination of Methyl and Propyl Parabens in Baby Lotion (ECD 1)
92 Determination of Ascorbic Acid in Fruit Juice (ECD2)
93 Determination of Acetaminophen in Plasma (ECD3)
94 Determination of Phenols in Water (ECD4)
95 Determination of Desipramine/Imipramine in Plasma (ECD5)
96 Determination of 5-HIAA in Urine (ECD6)
97 Determination of Tryptophan in Urine (ECD7)
98 Determination of 5-HT (Serotonin) in Urine (ECD8)
99 Determination of Catecholamines in Plasma (ECD9)
100 Determination of Catecholamines in Urine (ECD10)
101 Determination of Chloropromazine in Plasma (ECD11)
102 Determination of Enkephalins and Analogues (ECD12)
103 Determination of Catecholamines in Brain Tissue (ECD13)
104 Determination of tert-Butyl Hydroperoxide (ECD14)
105 Determination of Saccarin (ECD15)
106 Simultaneous Analysis of Methionine and Leucine Enkephalins from Rat Brain (ECD16)
107 Determination of 1.1 Dimethylhydrazine (ECD17)
108 Review of the Literature: Electrochemical Detection (ECD18)
109 Determination of Carbohydrates (Sugars)
110 Determination of Carbohydrates by Pulse Amperometric Detection (Beer and Corn Syrup)
111 Troubleshooting the Model 400 EC Detector
112 Sensitivity with the Model 400 EC Detector
113 Care of the Working Elecrode
VII. MISCELLANEOUS APPLICATION NOTES
114 Importing HeadStart data into Spreadsheets (CAN1)
115 AC Voltammetry/Polarography using HeadStart (CAN2)
116 M270 Technical Tips (CAN3)
117 Compatibility Corner
VIII. INSTRUMENTATION
118 Troubleshooting GPIB Errors (CAN4)
120 Corrections for Potentiostat Response (Tech. Note 201)