1.
A Geometric Analysis of the Loop Form of a Small-Diameter Circular Plain Knitted Fabric
小口径圆筒形纬平针织物线圈形态的几何分析
2.
The Research of Ring Spinning Theory Based on Balloon Shape and Yarn Tension;
基于气圈形态与纱线张力的环锭纺理论研究
3.
Edge Extraction of the Yarn Balloon Based on Morphology and the Transformation of Dynamical Gray Algorithm;
基于形态学和动态灰度变化算法的纱线气圈边缘提取
4.
Following knockover loop pulling occurs and a new knit loop is formed.
脱圈之后线圈被拉伸,一个新的线圈形成。
5.
Fuzzy Identification Method of Traffic Condition Based on Loop Detector Information
基于环形线圈检测器信息的交通状态模糊识别方法
6.
A loop, as of metal, rope, or thread.
金属圈，绳圈，线圈
7.
The Circuit Transient Process of Mutual Inductance Loop and its Magnetic Energy;
互感线圈电路的暂态过程与互感线圈的磁能
8.
The knitting process includes the needles that permit the loops to be formed, held on the needle until a new loop is made, and then knocked off to gradually build the knit structure.
针织过程包括针的成圈,线圈被针握持直至形成新的线圈,然后脱圈,逐渐形成针织物。
9.
Design of Lateral Voice Coil Motor with Rectangle Coil
具有方形线圈的平动音圈电动机的设计
10.
If the loop formation seems to be toward the observer, then a face loop is formed. If the loop formation seems to be away from the observer, then a back loop is formed.
如果线圈似乎朝向观察者而形成,则称为正面线圈,背着观察者方向形成则称为反面线圈。
11.
Reasearching on the Dynamic Model of Rogowki Coil;
基于Rogowski线圈动态模型的研究
12.
Simulation of Dynamic Characteristic of Multi-stage Synchronous Induction Coilgun
多级同步感应线圈炮的动态特性仿真
13.
Research on Current Measurement Dynamic Characteristics of PCB Air-core Coil
PCB空心线圈的电流测量动态特性研究
14.
In this case, a magnetic field will be built up round the coil.
在这种情况下，线圈周围将形成一个磁
15.
The movements of a latch needle in forming a knit loop are as follows.
舌针形成线圈的过程如下。
16.
The Spatial Electric Field Distribution Generated by a Uniformly Charged Square Coil
均匀带电正方形线圈的空间电场分布
17.
The number of turns of wire in the secondary coil is the same as the number of turns in the primary.
次级线圈的圈数和初线线圈圈数一样。
18.
The factor which is most detrimental to the formation of the null voltage is the capacitive coupling between the primary and secondary coils.
对形成零电压最有害的因素是初线圈和次级线圈之间的电容耦合。