线圈结构

The dual winding type common mode choke coil structure enables noise suppression without degrading the signal.

双绕组型式的共模扼流线圈结构能抑制杂讯而不造成讯号的衰减。

Based on theoretical analysis and model experiment, design of open channel rotor is presented in the paper. The following is included: overall design of system, coolant feed and discharger beside the axis, design of rotor winding, overflow, steam exhausting way in the channel and so on.

论文在理论分析和模型实验的基础上设计了开放管道式蒸发冷却转子方案，其中包括：整体结构设计、轴边进液和余液排出装置、转子线圈结构设计、溢流装置设计和槽内排汽孔方案设计等。

The revised schemes were designed basing on the original model features, and central planer coil structure was preferable by analyzing electromagnetic attraction force of movable contact.

基于已有模型的结构特点设计了电磁系统的改进方案，通过分析比较活动电极电磁吸力的分布规律，确定了中心平面线圈结构设计方案将更加合理。

With activating function at stimulating threshold and requirement of the minimum driving energy in the coil, the optimal coil geometries are searched by adjusting the flat coil structure parameters and computing the corresponding coil output---the peak magnetic energy of coil.

在磁刺激激活函数达到阈值和最小线圈驱动能量条件下，调整平面螺旋线圈的结构，计算出依赖于线圈结构参数并反映线圈输出性能的峰值磁能，从而，寻找最优的线圈几何参数。

The characteristics of multibar raschel lace were studied in this article, and the spline function was suggested to the loop structure and determine the minter and position of control points necessary for forming a loop by a guide bar through wd insertion and fall-plate. And the theoretical model for each typed loop we set up.

研究了多梳拉舍尔花边的结构特征，根据花边织物的结构特点提出了用样条曲线来模拟线圈结构，并确定了花梳作成圈、衬纬和压纱组织时线圈结构中控制点的数目和位置，建立了花边织物中线圈结构的理论模型。

The sensor structure of the respiratory inductive plethysmograph was modified so that these two bands could be embeded in a shirt conveniently.

采用脉冲式分时激励的方案，在极短的时间内以极高的功率来依次轮流激励各传感线圈；设计了新型的传感线圈结构，将其嵌入背心中，实现了可穿戴式呼吸感应体积描记系统设计。

The sensor structure of the respiratory inductive plethysmograph was modified so that these two bands could be embeded in a shirt conveniently. Result With these new designs, the cross-talk between these two bands was greatly eliminated and high SNR and low system power cost were achieved.

采用脉冲式分时激励的方案，在极短的时间内以极高的功率来依次轮流激励各传感线圈；设计了新型的传感线圈结构，将其嵌入背心中，实现了可穿戴式呼吸感应体积描记系统设计。

Although this structure is comparatively complex, it still can be divided into sub-strctures to study. This paper puts forward for the first time the loop geometric model of MBWK fabric reinforced composite. And based on this research, the total structural model for the MBWK fabric reinforced composite was also derived subsequently. In addition, the Non-Uniform Rational B-Spline Curve NURBS for abbriv.

我们经过合理分解复合材料的内部结构，对实际结构作了必要的简化之后，得到了可以进行几何和力学分析的结构单元，也就是说，线圈结构可以用数学方法描述，所以本论文第一次提出了MBWK织物增强复合材料线圈结构的几何模型并分析了这种复合材料整体的结构形态特点。

The results show that the main factors affecting on the position errors of PCB air-core coils are the coil's structure parameters (number of turns and the ratio of the outside diameter to the inside diameter of toroidal coils) and the position parameters (eccentric distance and gradient).

结果表明，线圈结构参数和位置参数是影响PCB空心线圈位置误差的主要因素。

In order to simulate the loop construction of warp-knitted structures more truly with computer technology, loop offset theory and calculation formula are derived after observing the loop construction of all kinds of warp-knitted fabrics and analyzing the regulation of loop offset caused by yarn tension.

为了采用计算机技术更真实地模拟经编组织中线圈的形态结构，通过观察各种经编针织物的线圈结构，分析由纱线张力所引起的线圈偏移规律，得出了线圈偏移理论和计算公式。

Objective To investigate the effects of interleukin-1 β converting enzyme gene on the biologic characteristics of ovarian cancer cells.

目的 探讨白细胞介素-1 β转换酶的表达，对卵巢癌细胞生物学特性的影响。

Campylobacter: This illness is the most commonly identified cause of diarrheal illness in the world.

弯曲：这种病是最常见的原因查明腹泻病，在世界上。