1) serrated chip
锯齿切屑
2) saw tooth
锯齿
1.
Preliminary study on the wear and blunting of tungsten carbide tipped saw tooth;
硬质合金锯齿磨损变钝初步研究
3) sawtooth
锯齿
1.
A Method of Video Processing that is Used to Eliminate Sawtooth and Suited forHardware Implementation;
一种便于硬件实现的消锯齿的视频处理方法
2.
In order to study the characteristic of the new configuration plasma aerodynamic actuator, Under normal atmosphere environment, Experimental Investigation on sawtooth plasma Aerodynamic actuator is done, frequency-discharge voltage-discharge current-power current and the boundary velocity induced by the pl.
为研究新型布局的锯齿等离子体气动激励器的放电特性与加速效应,在常规大气环境下测量了不同激励参数下的频率—放电电压—放电电流—电源电流以及等离子体气动激励器诱导的边界层速度。
3.
When a binary digital image,which includes only two kinds of color,is magnified with the existing methods,the object borders always look blurred and sawtooth,so a new method is proposed which is fit for the binary digital image.
采用一般方法放大二值数字图像,会导致图像的边缘出现模糊与锯齿现象,为此提出一种适合于放大二值数字图像的新算法;采用近邻取样法将图像放大到指定的倍数,通过搜索输入图像确定所有锯齿区域,将其映射到输出图像并进行区域填充;实验结果表明,该算法用于二值数字图像的放大能使图像边缘保持清晰与光滑,与其他方法相比具有明显的优势。
4) caridina denticulata
锯齿米虾
1.
The results showed that fipronil semi-lethal mass concentrations on Caridina denticulata in 24 h,48 h,96 h were 32.
采用常温静水实验法进行了5%锐劲特悬乳剂对锯齿米虾的急性毒性试验。
2.
Histology of the gills of the Caridina denticulata has been studied under light microscope.
鳃是锯齿米虾的呼吸器官，共七对，为叶鳃。
3.
The digestive system of caridina denticulata was studied with light microscopy in this paper.
运用光镜技术研究了锯齿米虾的消化系统。
5) saw-toothed taker-in
锯齿刺辊
1.
Droppings difference between the saw-toothed taker-in and the gill pin taker-in;
锯齿刺辊与梳针刺辊落棉差异的研究
6) saw tooth wave
锯齿波
1.
Applied JT5-2 model saw tooth wave duplex jig to replace JT3-1 model single-chamber jig and spiral chutes which handle sand return from the double-spiral classifier,and achieved good index.
提出采用JT5-2型双室锯齿波跳汰机代替JT3-1型单室跳汰机,以及用来选别双螺旋分级机返砂的螺旋溜槽,取得了理想的指标。
2.
The paper designs three types of signal generator of sine wave,rectangular wave,and saw tooth wave and simulates and analyses it in the OrCAD/PSpice.
设计了正弦波、矩形波和锯齿波发生电路,并在OrCAD/PSpice环境中完成仿真分析。
参考词条
补充资料：攧屑
1.犹攧窨。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。