Research Progress on the Effect of New Electrophysical Processing on Multiscale Protein Structure [PDF]
, 2023 Protein is an important nutrient required by the human body. The change of protein structure during processing will lead to changes in its functional properties, in turn affecting the quality of foods.
CONG Haihua, CUI Baowei, ZHANG Ziwei, ZHOU Qian, SONG Jingcheng, GAO Yue, LU Xiaoyan, LI Moke
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Dual-drift Tube Ion Mobility Spectrometry Based on Corona Discharge Ionization Source [PDF]
Ion mobility spectrometry (IMS) is a trace detection technique operating at atmospheric pressure. It is widely utilized in various fields, such as explosives and drug detection, chemical warfare agent detection, and biomedical applications, due to its ...
Chao-qun HUANG +9 more
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Experimental Research of Electrogasdynamic Power Generation With Exposed Electrode Structure Based on Normal Temperature Air [PDF]
In order to explore the influencing factors and laws of the basic process of electrogasdynamic power generation, a simple electrogasdaynamic high-voltage power generation test device with exposed electrode structure was designed based on the basic theory
KE Minghui, LAI Lin
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The Design Of Electrostatic Precipitation's High Voltage Power Supply Control System Based On CanBus Communication Technology [PDF]
, 2010 静电除尘器作为一种环保装置，在大气污染的治理和生态环境的保护等方面发挥着非常重要的作用。随着人们环保意识的日益增强，以及国家对环保要求的不断提高，研究和设计一种高性能、高效率的静电除尘供电控制系统具有非常重要意义。 论文简述了静电除尘器的基本工作原理，讨论了供电控制系统的电气参数、火花放电与除尘效率的关系。本文提出了针对电场复杂工况的多种有效控制模式，完成了高压供电控制硬件系统和软件系统的设计，详细叙述了在设计与调试中应该注意的问题和具体的解决方法。高压供电控制系统不仅具有常规的控制方式与检测功能 ...
林金亮
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Dianci bileiqi, 2022 在湿热气候环境中复合绝缘子表面频发的电晕放电，会破坏绝缘子的绝缘性能。为了研究湿热环境中水分子浓度对复合绝缘子电晕放电特性的影响，采用二维数值模拟计算，仿真分析了水分子浓度对绝缘子电晕放电的电场强度、电子密度、电子温度和重粒子密度的影响。并通过氮氧环境中绝缘子电晕放电数据验证模型的准确性。通过分析仿真数据可知，在金具和曲率半径较大的伞裙边沿电子密度与水分子浓度呈负相关；阳极区域，电场强度随着水分子浓度的增加而缓慢增加，其他区域没有明显的变化；电子温度变化与电场强度的变化趋势相近；放电过程中N2+、O2+、
张靖 +4 more
doaj
Research of High Voltage Switchgear Appliance Based on Ultraviolet Detection [PDF]
, 2014 伴随着我国智能电网规模的不断扩大，对电力系统的安全运行要求越来越 高，同时，因高压放电引起的电网事故尤其是因绝缘问题造成的事故发生也在逐 渐增多。据相关专业部门的统计分析，目前因绝缘问题导致的电力系统事故占所 有电力事故中的第二位，因事故造成的经济损失、影响范围不可估量。 故采用先进有效的检测技术，预先发现和处理绝缘缺陷或线路隐患，对高压 电气设备的维护、修理、防止事故发生具有深刻的意义。本文在分析国内外大量 文献的基础上，基于紫外检测技术、高压电气设备放电原理，研究了以日盲区紫 外光信号为特征的 ...
邢文涛
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Research Progress of Cold Plasma-induced Inactivation of Bacterial Spores [PDF]
Spores are the main dormant forms of some bacteria under harsh environment conditions, which are widely distributed in nature. Bacterial spores have a rigid structure, which helps resist to environmental stresses such as heat and ultraviolet radiation ...
Dianhe ZHANG +3 more
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Study on algae-laden water treatment of dissolved air flotation integrated with ·OH strong oxidation [PDF]
, 2015 我国饮用水水源约有25%是湖泊水或河流库区水库水，高藻发生的频率与严重程度都呈现迅猛的增长趋势，因藻类大量繁殖引起的水源污染，造成自来水厂被迫减产或停产，严重地威胁城市供水和饮用水安全。本论文针对厦门九龙江北溪流域日益严峻的富营养化及水华爆发危及饮用水安全的重大问题，以大气压强电离放电生成羟基自由基(•OH)致死高藻水中藻类为核心，建立高效、经济、安全的高藻水处理的组合工艺，取得的主要成果如下： (1)以强电场电离放电产生•OH为核心，建立气浮-•OH强氧化组合工艺 ...
洪伟辰
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Research Progress on Effects of Cold Plasma on Cereal Quality [PDF]
Cereals are important raw materials for human diet, while the nutrition and safety of cereals and cereal products are closely related to human health. Cold plasma is a new type of non-thermal processing technology, which is widely studied for enhancing ...
Erqi GUAN +8 more
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Study on Radiation Characteristic and Dynamic Behavior of Atmospheric Pressure Glow Discharge Plasma in Air [PDF]
, 2006 空气在常压下的辉光放电（即APGD：AtmosphericPressureGlowDischarge）生成的低温等离子在航空、材料表面改性、环境保护、臭氧合成、医学等诸多领域有着重要的应用价值，对其进行深入研究是非常有意义的。本文设计了常压下空气辉光放电装置，并在电极板平面上产生了一薄层的表面低温等离子体。针对产生出的表面等离子体具有光、声、热辐射特性，设计合理的实验测量方案，分别利用光栅光谱仪测量系统、噪音计以及红外测温仪首次对这种APGD等离子体的光辐射、声辐射及热辐射特性进行了非接触式测量分析 ...
任庆磊
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