切削深度

它比Al2O3陶瓷刀具有更高的断裂韧性和抗冲击性，可承受更大的切削深度和进给量。

It has higher fracture toughness and shock resistance than Al_2O_3 ceramic tools and can employ bigger cutting depth and feed rate .

结果中度近视组术中角膜切削深度较深，haze形成比率较高；

Results The cutting depth of the medium myopia cases was higher and had higher ratio of haze than that of low myopia .

角膜切削深度与PRK治疗近视疗效的关系

Correlation of corneal ablation depth and results of PRK for myopia

结论PRK术后TGF-β1影响haze的形成并具有一种剂量依赖的关系，而且与切削深度相关。

Conclusion TGF - β 1 affects haze formation in a dosage dependent relationship and is related with the depth of ablation .

结论LASIK治疗近视眼术后的眼压值降低与CCT差、角膜曲率差、术前近视度数、切削深度等多种因素有关。

Conclusion Many facts , such as CCT , CASC , DMBS , CCD , are related to the change of intraocular pressure after LASIK treatment for nearsightedness patients .

初步测定，在2～4cm切削深度内，破碎钴结壳分布的分形维数为2.5左右，由此证明破碎过程中的能耗比较符合邦德的裂缝学说。

In the primary measurement , with the cutting depth of 2 ~ 4 cm , the fractal dimension of broken cobalt-rich crusts was measured around 2.5 , which proves that the energy loss in the breaking process consists with the Bond 's theory .

首先分析两种描述193nm准分子激光对角膜的消融机理的模型：光蚀除模型和光物理模型，得出能量密度与角膜切削深度的关系。

In this paper , we analyze photoablation model and photophysical model that describe the mechanism of action of excimer laser ( ArF : 193nm 8ns ) on cornea , elicit the relationship between the energy density and the ablation depth .

优控主轴转速系统极限切削深度

Experimental Study On Limit Cutting Depth by Optimal Controlling Spindle Speed

硅片纳米磨削过程中磨粒切削深度的测量

Measurement of the cut depth of grain in nano-grinding of silicon wafers

结果表明：加工表面切向残余应力为拉应力，其主要影响因素是切削深度；

The results show that surface residual stress by turning is tensile stress .

切削深度的定义应予修正

The Definition of the Cutting Depth Should being Modified

适合变化的切削深度和适合间断性切割。

For varying cutting depths and interrupted cutting .

准分子屈光手术中非球面系数对球差以及切削深度的影响

Effect of asphericity parameter on Seidal aberration and ablation depth in laser refractive surgery

在干切状态下，切削深度对刀具寿命影响最大。

Under dry cutting state , tool life is affected mostly by cutting depth .

超声波振动金刚石刀具对脆性材料临界切削深度的影响

Influence of ultrasonic vibrated diamond tool on the critical depth of cut of brittle materials

大洋富钴结壳实时开采切削深度优化分级模型研究

Study on multilevel model of optimized cut depth in real-time mining of ocean cobalt-rich crusts

基于遗传算法的大洋富钴结壳开采的切削深度优化控制

Optimization control of cut depth in the mining of ocean cobalt-rich crusts based on GA

仅当切削深度、进给速度等参数值增加时，材料去除率增加；

Only depth of cut and federate have effects on material removal rate ( MRR ) .

通过砂轮的横向进给能得到任意所需的切削深度。

Any desired depth of cut can be obtained by the cross feed of the grinding wheel .

千分表切削深度调整

Micrometer cutting depth adjustment

切削深度通过改变砂轮对工件的横向进给来进行调整。

The depth of cut is adjusted by the cross feed of the grinding wheel into the workpiece .

切削深度、节块金刚石浓度和进给速度对锯切钢纤维混凝土的锯切力显著影响。

Sawing depth , diamond concentration and feed speed were remarkably affect sawing force in sawing steel fiber concrete .

切削深度d是未加工面与已加工面之间的垂直距离。

Depth of cut , d , is the normal distance between the unmachined surface and the machined surface .

随着切削深度的加大，圆度呈下降趋势，尽管切削力增加了；

For higher depths of cut a decreasing tendency for the roundness can be observed although process forces increase .

纳米磨料的自身变形抵消了纳米磨料嵌入基体材料的切削深度，从而也决定了抛光表面的粗糙度；

The deformation of the abrasive counteract part of the cutting depth which determines the roughness of the polished surface ;

再根据切屑的折断条件，对铝合金切屑折断界限进行了研究，建立了极限进给量与极限切削深度的预报数学模型。

The predictive models of the critical feed rate and the critical depth of cut are developed based on chip-breaking conditions .

实验结果表明：切削深度、进给速度和切削速度对锯切素混凝土的锯切力显著影响；

Experiment consequence was that sawing depth , feed speed and cutting speed were remarkably affect sawing force in sawing plain concrete ;

生产效率相同时，刀具轴向最大切削深度减小，更能有效地减弱切削加工系统的振动。

With the same productivity , decreasing axial cutting depth is more effective to weaken vibration than decreasing the workpiece feeding speed .

通过车铣和车削两种加工方法的对比，重点研究了切削深度对微细轴类零件加工精度的影响问题。

Contrast the two machining method between turn-milling and turning , research the effect on machining precision of micro-shaft parts about cutting depth .

采用角正交回归试验法分析切削深度、进给量和切削速度三个变量与金属去除量的函数关系。

Angle Orthogonal regressive experimental method is used to analyze the function relationship between cutting depth , feed rate , cutting speed and metal removal .