The Effect of Liquid Compressibility, Heat Loss, and the Induction Period of the Chemical Reaction on the Structure of a Bubble-Detonation Wave

I. I. Kochetkov

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The Effect of Liquid Compressibility, Heat Loss, and the Induction Period of the Chemical Reaction on the Structure of a Bubble-Detonation Wave

机译：液体压缩性，热损失和化学反应的诱导期对气泡爆轰波结构的影响

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摘要

Calculations were performed of the structure of a bubble detonation wave in a chemically reactive gas liquid medium with bubbles arranged in layers. With the liquid compressibility taken into account, the amplitude of pressure pulsations decreases, and they move to the leading edge. It is shown that the wave profile depends weakly on the method of calculating the induction period of the reactive mixture and method of taking into account heat losses. A comparison is made of the calculated and experimental pressure profiles of the bubble-detonation wave.

机译：对气泡呈分层排列的化学反应性气体液体介质中的气泡爆轰波的结构进行了计算。考虑到液体的可压缩性，压力脉动的幅度减小，并且它们移至前沿。结果表明，波动曲线在某种程度上取决于反应混合物的诱导期的计算方法以及考虑到热损失的方法。比较了气泡爆轰波的计算压力分布和实验压力分布。

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《Combustion, Explosion, and Shock Waves》 |2011年第3期|共7页
作者
I. I. Kochetkov;
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正文语种 eng
中图分类爆炸物工业、火柴工业;
关键词
bubble detonation; liquid compressibility; numerical simulation;

机译：气泡爆炸;液体压缩性;数值模拟;

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1. The Effect of Liquid Compressibility, Heat Loss, and the Induction Period of the Chemical Reaction on the Structure of a Bubble-Detonation Wave [J] . I. I. Kochetkov Combustion, Explosion, and Shock Waves . 2011,第3期

机译：液体压缩性，热损失和化学反应的诱导期对气泡爆轰波结构的影响
2. Oscillations in pores of a catalyst particle in exothermic liquid (liquid-gas)reactions Analysis of heat processes and their influence on chemical conversion, mass and heat transfer [J] . Leonid B.Datsevich Applied Catalysis, A. General: An International Journal Devoted to Catalytic Science and Its Applications . 2003,第1期

机译：放热液体（液-气）反应中催化剂颗粒孔隙的振荡热过程分析及其对化学转化，质量和热传递的影响
3. Structured Porous Millireactors for Liquid‐Liquid Chemical Reactions [J] . Potdar Aditi, Thomassen Leen C. J., Kuhn Simon Chemie-Ingenieur-Technik: Verfahrenstechnik Technische Chemie Apparatewesen Biotechnologie . 2019,第5期

机译：用于液体液体化学反应的结构化多孔批量反应器
4. New Liquid Induction Thermochemical Processes (LINTERPROCESS), Liquid Induction Heat Treatment (LINHEAT) Technologies, and Appropriate Automatic Computerized Equipment for Advanced Manufacturing of Various Machine Parts [C] . Saveliy M. Gugel Commercial Vehicle Engineering Congress and Exhibition . 2005

机译：新型液体诱导热化学工艺（LINTPROCESS），液体感应热处理（LINHEAT）技术，以及适用于各种机器零件的先进制造的适当自动计算机化设备
5. PART I. CHEMICAL THEORY AND EMF STUDIES OF HIGHLY SOLVATED LIQUID METAL SYSTEMS. PART II. THE COMPRESSIBILITY OF THE CHEMICAL REACTION TRANSITION STATE. [D] . SMITH, JEFFREY STEPHEN. 1975

机译：第一部分：高度溶解的液态金属系统的化学理论和电动势研究。第二部分化学反应过渡态的可压缩性。
6. Efficient Sustainable Tool for Monitoring Chemical Reactions and Structure Determination in Ionic Liquids by ESI-MS [O] . Levon L Khemchyan, Elena A Khokhlova, Marina M Seitkalieva, 2013

机译：通过ESI-MS监测离子液体中化学反应和结构确定的高效可持续工具
7. Structured Porous Millireactors for Liquid‐Liquid Chemical Reactions [O] . Aditi Potdar, Leen C. J. Thomassen, Simon Kuhn 2019

机译：用于液体液体化学反应的结构化多孔批量反应器
8. Origin of oh chemiluminescence during the induction period of the h2-o2 reaction behind shock waves [R] . Belles, F. E., Lauver, M. R. 1963

机译：在冲击波后h2-o2反应诱导期间的化学发光的起源

The Effect of Liquid Compressibility, Heat Loss, and the Induction Period of the Chemical Reaction on the Structure of a Bubble-Detonation Wave

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