- 更多网络例句与感应圈相关的网络例句 [注：此内容来源于网络，仅供参考]
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By means of both experiments and calculation to the mathematical model, the relation between construction of induction coil and profile of magnetic field as well as the meniscus shape of melt were researched systematically.
采用实验与建立数学模型进行计算相结合的方法对感应圈构造与磁感应强度的分布以及熔体成型形状之间的相互关系进行了全面、系统的研究。
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When a container with an inner aluminum-foil cover passes inductorium, heat will be immediately generated and makes the aluminum-foil layer stick tightly to the bottle mouth to avoid air leakage.
当装有铝箔内盖的容器经过感应圈时，即产生涡流瞬时发热，使铝箔面与瓶口紧密地粘合，达到气密封口的目的。
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And 0.4～0.6 respectively for the induction coil with round crosssection and rectangular cross-section; The magnetic flux density of coil made with round pipe was nonuniform, especially near the inner wall of coil turns that caused a fluctuation of electromagnetic pressure on the surface of liquid metal and had a bad effect for forming a sample with uniform cross-section and smooth surface; The system of screen and restraint magnetic field not only had an efficient effect on restraining the electromagnetic stirring and stablizing meniscus, also caused the conecial periphery of melt to be vertical; The position of top and S/L interface of melt had a direct effect on the meniscus shape. The meniscus profile varied from cone-shaped through column to cucurbituceous shape with the increase of top height or decrease of S/L interface.
对圆形截面、矩形截面感应圈来说D/H分别取0.7～1.1，0.4～0.6较为理想；对多匝感应圈来说，在匝间处存在漏磁，易引起熔体表面起伏不平，这种现象在用圆铜管绕制的感应圈中较为明显；屏蔽—抑流系统的加入可以消除电磁搅拌，使熔体稳定性增强，同时可使形态呈锥形的熔体侧面变得垂直成为理想形态；熔体上液面、固/液界面的选位直接影响成型形态，上液面升高，熔体形态经历锥形→柱形→葫芦形的转化，固/液界面下降则经历锥形→葫芦形的转变。
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Simultaneous heating and quenching with high power medium frequency equipment for parts of long shaft,adopting special induction coil and adjustable induction coil and self tempering ,will improve on medium frequency quenching quality of the parts and raise obviously productivity,thereby cause the enterprise to obtain fine product quality,high productivity and Low production cost.
对长轴类零件采用大功率中频机同时加热表面淬火的方法，配以专用感应圈和伸缩感应圈的应用和自回火的应用，结果表明，可提高零件中频表面淬火质量，并大大提高生产效率，从而使企业在生产中取得高产品质量，高生产效率和低生产成本的极佳效果。
- 更多网络解释与感应圈相关的网络解释 [注：此内容来源于网络，仅供参考]
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induction coil：感应圈
是感应圈(induction coil) 利用电磁感应原理从直流低压获取高压的一种电源装置. 主要由断续器和互感线圈两部分组成. 基本结构如图所
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electromagnetic coil：电磁感应圈
electromagnet 电磁铁,电磁体 | electromagnetic coil 电磁感应圈 | electromagnetic contact 电磁触点
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coil; electromagnetic：电磁感应圈
地磁感应线圈 coil; earth | 电磁感应圈 coil; electromagnetic | 加热旋管 coil; heating
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electromagnetic contact：电磁感应圈
电震荡 electrical potential energy | 电磁感应圈 electromagnetic contact | 电磁触点 electromagnetic force
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Tesla induction coil：特斯拉感应圈
374. Tesla-D'arsonval current 特斯拉-达松伐耳电流 | 375. Tesla induction coil 特斯拉感应圈 | 376. Tesla transformer 特斯拉变压器,特斯拉[空心]线圈
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high-frequency induction coil：高频感应圈,高频感应线圈
high-frequency impulse 高频脉冲 | high-frequency induction coil 高频感应圈,高频感应线圈 | high-frequency induction furnace 高频感应电炉,高频感应炉
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inductorium：感应圈
inductivity 诱导性 | inductorium 感应圈 | indue 授与
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tesla transformer：特斯拉感应圈
tesla coil 特斯拉感应圈 | tesla transformer 特斯拉感应圈 | testing statistical hypothesis 统计假说的检验
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tesla coil：特斯拉感应圈
tesla 特斯拉 | tesla coil 特斯拉感应圈 | tesla transformer 特斯拉感应圈
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anode balancing coil：阳极平衡感应圈
anode bag || 阳极罩 | anode balancing coil || 阳极平衡感应圈 | anode bar || 阳极棒