Design and implementation of electronic sensor for veiocity-of-detonation measurement of cartridge explosive and comparison with Dautriche Method

Aruna D. Tete; A.Y. Deshmukh; R.R. Yerpude

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Design and implementation of electronic sensor for veiocity-of-detonation measurement of cartridge explosive and comparison with Dautriche Method

机译：弹药炸药声速测量电子传感器的设计与实现及与Dautriche方法的比较

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Velocity of detonation (VOD) of explosives gives a good indication of the strength and its performance. The process of explosion is extremely fast and destructive in nature. This paper presents and discusses the design of sensor with its appropriate electronics based on dynamics of explosion. It also lists and compares existing principles of VOD measurement and practice followed worldwide. Dautriche method is most commonly used. The technique explored here for VOD measurement is one of the easy, cost-effective and accurate methods with abilities to work with cartridge as well as with bulk explosive. The proposed design incorporates measures to provide a practical instrument giving direct reading of VOD. Discrete resistors continuous-type sensor is a new technique for VOD measurement. Stages in the design of sensor are illustrated. Several tests on site are conducted to calculate VOD.

机译：炸药的爆炸速度（VOD）很好地表明了炸药的强度及其性能。爆炸过程本质上非常快且具有破坏性。本文介绍并讨论了基于爆炸动力学的传感器及其相应电子设备的设计。它还列出并比较了全球VOD测量和实践的现有原则。最常用的是Dautriche方法。此处探讨的用于VOD测量的技术是一种简便，经济高效且准确的方法之一，能够同时处理弹药和散装炸药。拟议的设计结合了措施，以提供一种可直接读取VOD的实用工具。离散电阻器连续型传感器是VOD测量的新技术。说明了传感器设计的各个阶段。进行了几项现场测试以计算VOD。

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《International Journal of Mining and Mineral Engineering》 |2016年第2期|共13页
作者
Aruna D. Tete; A.Y. Deshmukh; R.R. Yerpude;
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正文语种 eng
中图分类矿业工程;
关键词
VOD; velocity of detonation; cartridge explosive; bulk explosive; sensor; Dautriche.;

机译：VOD;爆炸速度;弹药;散装炸药;传感器;Dautriche。;

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1. Design and implementation of electronic sensor for veiocity-of-detonation measurement of cartridge explosive and comparison with Dautriche Method [J] . Aruna D. Tete, A.Y. Deshmukh, R.R. Yerpude International Journal of Mining and Mineral Engineering . 2016,第2期

机译：弹药炸药声速测量电子传感器的设计与实现及与Dautriche方法的比较
2. Comparison of measurement methods with a mixed effects procedure accounting for replicated evaluations (COM 3 PARE): method comparison algorithm implementation for head and neck IGRT positional verification [J] . Anuradha Roy, Clifton D Fuller, David I Rosenthal, BMC Medical Imaging . 2015,第1期

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4. Implementation of Electronic Sensor for Assessment of Explosive Performance by Velocity of Detonation Measurement [C] . Tete Aruna D., Deshmukh A.Y., Yerpude R.R. International Conference on Emerging Trends in Engineering and Technology . 2013

机译：电子传感器的爆速测量爆破性能评估
5. Development of novel fluorescent chemosensors: 1. Fluorescence enhancement through conformational restriction as a signaling method for binding events. 2. Exploiting the modular design of biarylpyridine fluorophores for SAR and wavelength tuning. 3. Design and development of a fluorescent sensor for the explosive triacetone triperoxide. [D] . Fang, Albert Geeson. 2004

机译：新型荧光化学传感器的开发：1.通过构象限制的荧光增强作为结合事件的信号传导方法。 2.开发用于SAR和波长调谐的联芳基吡啶荧光团的模块化设计。 3.设计和开发用于爆炸性三丙酮三氧化物的荧光传感器。
6. Comparison of measurement methods with a mixed effects procedure accounting for replicated evaluations (COM3PARE): method comparison algorithm implementation for head and neck IGRT positional verification [O] . Anuradha Roy, Clifton D. Fuller, David I. Rosenthal, 2015

机译：使用混合效应程序的重复评估评估测量方法（COM3PARE）：用于头部和颈部IGRT位置验证的方法比较算法实现
7. Design and implementation of measurement electronics for a heat flux sensor [O] . Heiskanen Tuomo 2015

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8. Comparison of Cartridge and Membrane Solid-Phase Extraction with Salting-Out Solvent Extraction for Preconcentration of Nitroaromatic and Nitramine Explosives from Water. [R] . Jenkins, T. F., Miyares, P. H., Myers, K. F., 1992

机译：作者：张莹莹，张莹，王莹，王莹，工业水处理INDUsTRIaL WaTER TREaTmENT 2003年第05期用盐析溶剂萃取柱塞和膜固相萃取富集水中硝基芳香胺和硝胺炸药的比较。

Design and implementation of electronic sensor for veiocity-of-detonation measurement of cartridge explosive and comparison with Dautriche Method

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