size of load

Active interventional catheter driven by cable with external driving module, allows reducing weight and size of the control terminal, enhancing load capacity, and being easy to micromation.

将绳驱动技术应用于介入导管的主动弯曲中，电机等驱动单元外置，使得整个控制终端质量及体积减小，负载能力强，便于微型化。

Creep tests of free-standing aluminum thin film with thickness range 7~ 500 μ m were carried out at high temperature and constant load. The relationship between the creep rate and the thickness and grain size was studied.

进行了7～500μm厚度的自由无束缚铝合金薄膜在高温和恒载荷下的蠕变实验，研究了高温蠕变速率与薄膜厚度和晶粒大小的关系。

Fault sealing is closely related to the function of stress. Therefore, we can study fault sealing through calculating the size of normal stress of fault plane, on the basis of considering overburden load and regional major compressive stress.

断层封闭性能与应力作用密切相关，可以在考虑断面受到区域构造应力与断面上覆地层负荷联合作用的基础上，通过计算断面所承受的正应力来研究断层封闭性。

The experimental study on physical parameters of gingko is conducted. The structural size, compressive crushing load, critical compression and density of gingko core are measured. The tests showed that the gingko core could be classified into 4 grades by step of 1 mm.

对银杏核的结构尺寸、压缩破坏载荷及临界压缩变形量、密度等物性参数的测定表明：银杏核分级时以级差1mm、分级数以4级为宜；

High ripple current , Smaller size Load life of 2000 hours at 105 ℃.

耐高纹波, 小尺寸,105℃2000小时,可用于印刷电路板中.

To study the interface slip and deformation character, four simple supported specimens of full size have been performed, the load-slip curves, load-deflection curves are established through the experiment.

为研究其钢-砼交界面相对滑移及变形性能，通过4根足尺简支梁的试验研究，得到组合梁的荷载-滑移、荷载-挠度关系曲线。

The wind load is the dominant load of cooling tower due to its large size, complex geometry and thin-wall structure.

由于冷却塔本身是大尺寸、几何复杂的薄壁结构，因此风荷载成为主要的控制载荷。

The female casing coupling is deformed to make up improperly, due to the big size of casing, deep setting depth and heavy hanging load.

由于套管尺寸大、下入深、悬重大，引起母接箍变形，上扣不到位；

But the more smaller in network load, because of the linear decrease mechanism of MILD, the more slower changes in contention window size will reduce the utilization ratio of the channel, cause the deterioration of delay performance.

而MILD的线性下降策略在网络负载较小时，竞争窗口值变化太慢，降低信道的利用率，造成延迟性能的恶化。

The theory analyses and designed applied that apply the big six angle high-strength bolt to main load-bearing join point of large-size skips

大型箕斗大六角高强螺栓节点的分析与应用