PART �� INSTRUMENTAL ANALYSIS CHAPTER 1 GENERALIZATION OF INSTRUMENTAL ANALYSIS 1.1 GENERALIZATION OF MODERN ANALYTICAL TECHNOLOGY 1.2 CHARACTERICS OF MODERN ANALYTICAL TECHNOLOGY 1.3 DEVELOPMENT OF MODERN ANALYTICAI. TECHNOLOGY CHAPTER 2 GAS CHROMATOGRAPHIC ANALYTICAL TECHNOLOGY 2.1 GENERALIZATION 2.2 BASIC PRINCIPLE OF GAS CHROMATOGRAPHY 2.3 DETERMINATION OF UDMH WITH GAS CHROMATOGRAPHY CHAPTER 3 GAS CHROMATOGRPHY-MASS SPECTROSCOPY COMBINATION ANALYTICAL TECHNOLOGY 3.1 GENERALIZATION 3.2 BASIC PRINCIPLE OF GAS CHROMATOGRAPHY-MASS SPECTROSCOPY COMBINATION 3.3 DETERMINATION OF THE OXIDIZED PRODUCT OF UDMH WITH GC-MS CHAPTER 4 NEAR INFRARED ANALYTICAL TECHNOLOGY 4.1 GENERALIZATION 4.2 BASIC PRINCIPLE OF NIR ANALYSIS 4.3 DETERMINATION OF THE COMPONENT CONTENT OF NITRIC ACID - 27S 4.4. DETERMINE THE COMPONENT CONTENT OF DT - 3 WITH NIR METHOD CHAPTER 5 AUTOMATIC COUNTER OF PARTICULATE 5.1 GENERALIZATION 5.2 PRINCIPLE OF AUTOMATIC COUNTER OF PARTICULATE 5.3 DETERMINATION OF PARTICULATE CONTENT IN UDMH WITH AUTOMATIC COUNTER PART �� ASSAY OF UDMH CHAPTER 6 INTRODUCTION TO PROPELLANTS 6.1 CLASSIFICATION OF PROPELLANTS 6.2 FUNCTION AND CLASSIFICATION OF LIQUID PROPELLANTS 6.3 THE REQUIREMENTS FOR LIQUID PROPELLANTS CHAPTER 7 UDMH'S USE AND MANAGEMENT 7.1 PHYSICO-CHEMICAL PROPERTIES OF UDMH 7.2 PRODUCTION AND TECHNICAL SPECIFICATION OF UDMH 7.3 TOXICITY AND ITS PROTECTION 7.4 THE DANGER OF FIRING AND EXPLOSION 7.5 MATERIAL COMPATIBILITY 7.6 STORAGE, TRANSPORTATION AND TRANFERRING 7.7 SAMPLING PRINCIPLE FOR UDMH 7.8 ATTENTIONS FOR SAFETY CHAPTER 8 FUNDAMENTALS OF UDMH ASSAY 8.1 ACID-BASE TITRATION 8.2 MASS ANALYSIS ���� PART �� ASSAY OF NITRIC ACID-27S PART �� ASSAY OFDT-3 ���� �����M���F�����g 2��