skin effect
集肤效应
2026-03-22 09:49 浏览次数 29
集肤效应
Skin care effect护肤
skin sensitivity effect皮肤过敏反应
Skin-effect correction趋肤效应校正
velocity skin-effect速度趋肤效应
magnetic skin-effect磁趋肤效应
skin loss effect趋肤效应
skin collection effect集肤效应
skin depth effect考虑趋肤效应
based on further analysis of the inductive heating principle, the skin effect and the electromagnetic end effect, the principal reason of bad temperature distribution along the specimen is discussed.
以感应加热原理、「集肤」效应、「电磁尾端」效应和坯料表面能量损失为基础,来探讨坯料温度分布不均匀的主要原因;
in chapter two, theory of skin effect is analyzed.
第二章是对集肤效应原理的分析。
to consider the skin effect, the writer modified the t-model equivalent circuit, adding the skin effect coefficients.
并且在t型等效电路模型上进行修正以计及起动过程中的集肤效应。
covered with the electromagnetism and heat exchange, the theory and calculation of skin effect are difficult.
空心抽油桿集肤效应理论,包含了电磁学和传热学的知识,在理论研究和计算中都有一定的难度。
in this paper, a comparison of effective radius model and skin effect model as well as theirs pressure solutions and type curves are made.
本文对比了有效井径模型、表皮效应模型及其压降解、样板曲线。
after treatment, the skin effect of compact will have to improve every day.
治疗后,皮肤紧致的效果天天都会有改善。
skin effect is current conduction along only the outer surface of a conductor at high frequencies.
趋肤效应是指在高频下仅通过导体的外表面进行传导的电流。
because of high-frequency effects (namely skin effect and proximity effect), the current flowing through those windings may be not equally divided among them, resulting in high ac resistance.
由于电磁场的高频效应(集肤效应和邻近效应),可能导致电流在各并联绕组层中不均分,产生较高的交流电阻。
a method has been developed to evaluate the peach skin effect by statistically analyzing the fabric photographs captured by the microscope.
在织物桃皮绒效果的评价上,建立了用显微镜观察织物表面并采集图像进行人工统计分析的方法。
as production time increases, the impact of skin effect becomes disappearing.
随生产时间增长,表皮效应的影响逐渐消失。
the skin effect occurred at high-speed asynchronous motor rotor slot becomes more grievous because of the fed inverter's harmonics.
由于逆变电源中大量谐波分量的存在,高速异步电机转子槽中的集肤效应现象更加严重。
this paper discusses the physical process that causes the skin effect and offers a theoretically strict interpretation of skin effect within the scope of general physics.
本文在普通物理范围内,得出了趋肤效应的严格理论解释,并探讨了产生趋肤效应的物理过程。
this work presented a new method for designing of pipeline skin effect power tracing system, established the control system model, and introduced the system hardware and software design.
介绍了管道集肤效应电伴热系统的一种新型设计方法,推导了管道温度控制系统的数学模型,介绍了系统硬件和软件设计。
in chapter 4, the problem which is caused by using only one temperature sensor in the long distance skin effect tracing system is pointed out.
第四章针对目前集肤效应电伴热系统依据单个传感器对整个伴热管线做决策所带来的弊端,创新性的提出采用多传感器进行联合决策的方法。
the article puts forward the theoretical calculation formula of skin effect and temperature coefficient in increased-safety motors and proves it up in theory.
提出了增安型电机集肤效应系数和温度系数的理论公式并作了理论证明。
the application of skin effect power tracing system includes some designment about the load, such as the capacity of the system and the heat preservation of the pipeline.
最后是集肤效应电伴热系统的应用,涉及到负载相关的一些设计,如伴热系统容量及管道的保温等。
skin effect is a kind of physical phenomena in transmission of electromagnetic wave. it is widely used in the national defence, communication and the power industry, etc.
趋肤效应是电磁波传播中的一种物理现象,被广泛应用于国防、通信、电力等各个行业。