EXPERIMENTAL AND CALCULATING METHODS OF INVESTIGATIONS OF REACTION-ENGINEERING HETEROGENEOUS-GAS-CATALYTIC PROCESSES .11. SYSTEM OF GRADIENTLESS LABORATORY REACTORS ACCORDING OF THE MODULAR PRINCIPLE-MINIMUM SPACE REACTORS-M, MODE OF OPERATION, CHARACTERIZATION IN REGARD TO REACTION-ENGINEERING

被引：0

作者：

NELLES, J ^{[1
]}

MEY, F ^{[1
]}

ADLER, R ^{[1
]}

机构：

[1] VEB CHEM WERKE BUNA,BUNA,GER DEM REP

来源：

CHEMISCHE TECHNIK | 1987年 / 39卷 / 06期

关键词：

D O I：

暂无

中图分类号：

TQ [化学工业];

学科分类号：

0817 ;

摘要：

引用

页码：237 / 239

页数：3

共 24 条

[1] Experimental and Calculating Methods of Investigations of Reaction Engineering Heterogeneous-Gas-Catalytic Processes: Part XI: System of Gradientless Laboratory Reactors According of the Modular Principle-Minimum Space Reactors M, Mode of Operation, Characterization in Regard to Reaction Engineering.
Nelles, Jochen
Mey, Frank
Adler, Roland
Chemische Technik (Leipzig), 1987, 39 (06): : 237 - 239
[2] EXPERIMENTAL AND CALCULATION METHODS FOR INVESTIGATIONS OF REACTION-ENGINEERING OF HETEROGENEOUS-GAS-CATALYTIC PROCESSES .12. SYSTEM OF GRADIENTLESS LABORATORY REACTORS ACCORDING TO THE MODULAR PRINCIPLE - MULTIBED REACTOR-X, CONSTRUCTION, MODE OF OPERATION, CHARACTERIZATION IN REGARD TO REACTION-ENGINEERING
NELLES, J
MEY, F
ADLER, R
CHEMISCHE TECHNIK, 1987, 39 (08): : 328 - 331
[3] EXPERIMENTAL AND CALCULATING METHODS FOR INVESTIGATIONS OF REACTION-ENGINEERING OF HETEROGENEOUS-GAS-CATALYTIC PROCESSES .18. THE SUSPENSION REACTOR-S IN THE SYSTEM OF GRADIENTLESS LABORATORY REACTORS ACCORDING OF THE MODULAR PRINCIPLE - BUILDING, MODE OF OPERATION AND CHARACTERIZATION IN REGARD TO REACTION-ENGINEERINGS
NELLES, J
GEYER, R
LAMBRECHT, W
ADLER, R
CHEMISCHE TECHNIK, 1988, 40 (03): : 106 - 109
[4] EXPERIMENTAL AND CALCULATING METHODS FOR INVESTIGATIONS OF REACTION-ENGINEERING OF HETEROGENEOUS-GAS-CATALYTIC PROCESSES .9. MODULAR PRINCIPLE OF GRADIENTLESS LABORATORY REACTORS - SCOPE, CONSTRUCTION VARIANTS AND MODE OF OPERATIONS
NELLES, J
MEY, F
ADLER, R
CHEMISCHE TECHNIK, 1987, 39 (02): : 47 - 51
[5] EXPERIMENTAL AND CALCULATING METHODS FOR INVESTIGATIONS OF REACTION-ENGINEERING OF HETEROGENEOUS-GAS-CATALYTIC PROCESSES .17. BUILDING OF LABORATORY REACTORS WITH THE MODULAR SYSTEM OF GRADIENT AFFECTED REACTORS
ADLER, R
SCHMOZ, G
HELMER, A
HEILMANN, U
NELLES, J
CHEMISCHE TECHNIK, 1988, 40 (02): : 69 - 73
[6] EXPERIMENTAL AND CALCULATING METHODS FOR INVESTIGATIONS OF REACTION-ENGINEERING OF HETEROGENEOUS-GAS-CATALYTIC PROCESSES .10. SYSTEM OF GRADIENTLESS LABORATORY REACTORS ACCORDING TO THE MODULAR PRINCIPLE-REACTORS WITH RECIPROCATING PISTON-H AND PISTON-D, MODE OF OPERATION, CHARACTERIZATION IN REGARD TO REACTION-ENGINEERINGR
NELLES, J
MEY, F
ADLER, R
CHEMISCHE TECHNIK, 1987, 39 (04): : 153 - 157
[7] EXPERIMENTAL AND CALCULATING METHODS OF INVESTIGATIONS OF REACTION-ENGINEERING HETEROGENEOUS-GAS-CATALYTIC PROCESSES .19. THE FLUID-BED REACTOR-W IN THE SYSTEM OF GRADIENTLESS LABORATORY REACTORS ACCORDING TO THE MODULAR PRINCIPLE - CONSTRUCTION, MODE OF OPERATION AND CHARACTERIZATION WITH REGARD TO REACTION-ENGINEERINGH
MEY, F
WEHNER, J
WORMANN, K
NELLES, J
ADLER, R
CHEMISCHE TECHNIK, 1988, 40 (04): : 154 - 157
[8] EXPERIMENTAL AND CALCULATING METHODS FOR INVESTIGATIONS OF REACTION-ENGINEERING OF HETEROGENEOUS-GAS-CATALYTIC PROCESSES .2. GRADIENTLESS LABORATORY REACTORS - THEORETICAL BASIS, CLASSIFICATION, MODE OF OPERATIONS AND TEST METHODS
JANKOWSKI, H
NELLES, J
ADLER, R
KUBIAS, B
SALZER, C
CHEMISCHE TECHNIK, 1978, 30 (09): : 441 - 446
[9] EXPERIMENTAL AND CALCULATING METHODS OF INVESTIGATIONS OF REACTION-ENGINEERING HETEROGENEOUS-GAS-CATALYTIC PROCESSES .20. TURBO-STROKE-REACTORS T-1 AND T-2 IN THE SYSTEM OF GRADIENTLESS LABORATORY REACTORS ACCORDING TO THE MODULAR PRINCIPLE - CONSTRUCTION, MODE OF OPERATION AND PROSPECTS
NELLES, J
MEY, F
ADLER, R
CHEMISCHE TECHNIK, 1988, 40 (05): : 193 - 195
[10] EXPERIMENTAL AND CALCULATING METHODS FOR INVESTIGATIONS OF REACTION-ENGINEERING OF HETEROGENEOUS-GAS-CATALYTIC PROCESSES .1. STUDIES OF REACTION-ENGINEERING IN LABORATORY, PILOT AND INDUSTRIAL PLANTS
ADLER, R
NELLES, J
JANKOWSKI, H
NAGEL, G
KUBIAS, B
CHEMISCHE TECHNIK, 1978, 30 (07): : 329 - 332

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