微切平面,tangent plane,在线英语词典,英文翻译,专业英语

1) tangent plane

微切平面

Based on the fact that the shape information of the curved surface is included in a set of 3 D random points, the tangent plane constructed by the neighboring point set of a certain point in the 3 D random points is used to approximately represent the local shape of that point.

提出了三维散乱数据微切平面逼近的算法。

2) micro-cutting

微切削

A model of minimum cutting depth was proposed based on model of micro-cutting,tool edge radius and friction coefficient.

为探讨微切削的加工机理,对能稳定切削的最小切削深度进行了研究。

3) micro-cutting

显微切削

It was also found that furrow and micro-cutting.

结果表明:不同条件下四种成分的铸渗层抗磨粒磨损性能大致相当,均能达到ZG310-570的10倍以上;磨损形式以犁沟和显微切削为主。

4) micromachining

微切削

The main wear mechanism of Ni60+35%WC is spalling and fatigue point erosion,while Ni60 is micromachining and ploughing.

结果表明:2种试样的冲蚀磨损规律相同,分为跑合期和稳定期;由于硬质点WC的加入,使得2种试样的冲蚀磨损机制不一样,但N i60+35%WC涂层的耐冲蚀性能明显高于N i60材料;N i60+35%WC涂层的冲蚀磨损机制主要是剥落坑和疲劳点蚀,而N i60材料主要是微切削和犁沟剥落。

The surface failure and micro-damage mechanism of materials are studied,The results show that erosion process is divided into gestation, stationary periods; The erosion resistance of Ni60+35%WC coating better than Ni60 , The main wear mechanism of Ni60+35%WC was spalling and fatigue point erosion, while Ni60 was micromachining and ploughing.

在转盘式磨蚀实验台上,对Ni6Ni60+35%WC涂层上进行冲蚀磨损实验,研究了试验材料的表面失效规律及微观破坏机理,结果表明:两种试样的冲蚀磨损规律相同,分为跑和期和稳定期;由于硬质点WC的加入,使得两种试样的冲蚀磨损机理不一样,但Ni60+35%WC涂层的耐冲蚀性能明显高于Ni60材料;Ni60+35%WC涂层的冲蚀磨损机理主要是剥落坑和疲劳点蚀,而Ni60材料主要是微切削和犁沟剥落。

5) microdissection

微切割

Techniques of Microdissection and Microclone in Human Chromosome;

人类染色体中的微切割与微克隆技术

Methods for microdissection PCR silver stain technique in paraffin embedded tissue sections;

在石蜡切片中进行微切割-PCR-银染的方法

Finally,the regulate for the acceleration of the microdissection too l was achieved.

针对一种新型压电陶瓷超声微切割工具,采用单片机与FPGA相结合的方法,主要利用直接数字频率合成和直流放大原理,设计了压电陶瓷微驱动与控制电路,实现了对压电陶瓷振动频率及振动幅值的控制与调节。

6) Micro cutting

微切削

参考词条

微切屑显微切片微切片细微切削微切集微切皮机微切削磨损显微切片术显微切除术超微切片术激光微切割微切削作用微切微克隆低钯合金

补充资料：从切平面

从切平面
rectifying [dane

从切平面[recti加毛两ne;cnp咖二，.川。。刀oeKoeT‘] 曲线r=r(t)(见线(曲线)(五加(curve)))上给定点A处的Fr己net标架(见Fr毛net三棱形(氏net tJ止曰拍n))中的一个平面，由曲线在这个点的切线(ta叫笋ni】ir屹)t和.lJ法线(bino仃庄d)b张成.从切平面的方程可写成}x一x(A)Y一八助z一:(A)! }x‘(A)y’(A)z‘(A){ }，__’‘.-一_‘’_一l=0. 1 1 yz}}zx(1 xy{{ !}y艺}}“x}}X夕}{或 (R一r)r‘[r’，r’‘」=0，这里r(r)二(x(t)，夕(。)，:(:))是曲线的方程. 八、A，C叨opoa撰【补注】

说明：补充资料仅用于学习参考，请勿用于其它任何用途。

首页 \| 翻译 \| 影视 \| 论坛 \| 索引显微切割微切口微切开超微切口显微切除激光微切

1) tangent plane 微切平面 1. Based on the fact that the shape information of the curved surface is included in a set of 3 D random points, the tangent plane constructed by the neighboring point set of a certain point in the 3 D random points is used to approximately represent the local shape of that point. 提出了三维散乱数据微切平面逼近的算法。 2) micro-cutting 微切削 1. A model of minimum cutting depth was proposed based on model of micro-cutting,tool edge radius and friction coefficient. 为探讨微切削的加工机理,对能稳定切削的最小切削深度进行了研究。 3) micro-cutting 显微切削 1. It was also found that furrow and micro-cutting. 结果表明:不同条件下四种成分的铸渗层抗磨粒磨损性能大致相当,均能达到ZG310-570的10倍以上;磨损形式以犁沟和显微切削为主。 4) micromachining 微切削 1. The main wear mechanism of Ni60+35%WC is spalling and fatigue point erosion,while Ni60 is micromachining and ploughing. 结果表明:2种试样的冲蚀磨损规律相同,分为跑合期和稳定期;由于硬质点WC的加入,使得2种试样的冲蚀磨损机制不一样,但N i60+35%WC涂层的耐冲蚀性能明显高于N i60材料;N i60+35%WC涂层的冲蚀磨损机制主要是剥落坑和疲劳点蚀,而N i60材料主要是微切削和犁沟剥落。 2. The surface failure and micro-damage mechanism of materials are studied,The results show that erosion process is divided into gestation, stationary periods; The erosion resistance of Ni60+35%WC coating better than Ni60 , The main wear mechanism of Ni60+35%WC was spalling and fatigue point erosion, while Ni60 was micromachining and ploughing. 在转盘式磨蚀实验台上,对Ni6Ni60+35%WC涂层上进行冲蚀磨损实验,研究了试验材料的表面失效规律及微观破坏机理,结果表明:两种试样的冲蚀磨损规律相同,分为跑和期和稳定期;由于硬质点WC的加入,使得两种试样的冲蚀磨损机理不一样,但Ni60+35%WC涂层的耐冲蚀性能明显高于Ni60材料;Ni60+35%WC涂层的冲蚀磨损机理主要是剥落坑和疲劳点蚀,而Ni60材料主要是微切削和犁沟剥落。 5) microdissection 微切割 1. Techniques of Microdissection and Microclone in Human Chromosome; 人类染色体中的微切割与微克隆技术 2. Methods for microdissection PCR silver stain technique in paraffin embedded tissue sections; 在石蜡切片中进行微切割-PCR-银染的方法 3. Finally,the regulate for the acceleration of the microdissection too l was achieved. 针对一种新型压电陶瓷超声微切割工具,采用单片机与FPGA相结合的方法,主要利用直接数字频率合成和直流放大原理,设计了压电陶瓷微驱动与控制电路,实现了对压电陶瓷振动频率及振动幅值的控制与调节。 6) Micro cutting 微切削参考词条微切屑显微切片微切片细微切削微切集微切皮机微切削磨损显微切片术显微切除术超微切片术激光微切割微切削作用微切微克隆低钯合金补充资料：从切平面从切平面 rectifying [dane 从切平面[recti加毛两ne;cnp咖二，.川。。刀oeKoeT‘] 曲线r=r(t)(见线(曲线)(五加(curve)))上给定点A处的Fr己net标架(见Fr毛net三棱形(氏net tJ止曰拍n))中的一个平面，由曲线在这个点的切线(ta叫笋ni】ir屹)t和.lJ法线(bino仃庄d)b张成.从切平面的方程可写成}x一x(A)Y一八助z一:(A)! }x‘(A)y’(A)z‘(A){ }，__’‘.-一_‘’_一l=0. 1 1 yz}}zx(1 xy{{ !}y艺}}“x}}X夕}{或 (R一r)r‘[r’，r’‘」=0，这里r(r)二(x(t)，夕(。)，:(:))是曲线的方程. 八、A，C叨opoa撰【补注】说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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