1) diamond grits
金刚石磨粒
1.
Study on the wear of brazed diamond grits;
钎焊金刚石磨粒磨损性能研究
2.
The mean protrusion height of diamond grits and grit wear were studied in grinding granite with a brazed diamond wheel.
研究了钎焊金刚石砂轮在磨削花岗石材料过程中,金刚石磨粒的出刃高度和磨损状态的变化规律。
3.
Sawing is carried out by diamond grits which are embedded into a metal matrix, so whether diamond grits can be tightly held in the metal matrix, and whether their cutting abilities can be fulfilled directly determine the sawing performance .
由于金刚石圆锯片的锯切是通过固结在金属胎体中的金刚石磨粒来实现,因此,金属胎体能否有效地把持金刚石磨粒,使其充分发挥切削作用,将直接决定锯片的切削性能和使用寿命。
2) diamond grain
金刚石磨粒
1.
Experimental study on laser welding of diamond grains;
金刚石磨粒激光钎焊的试验研究
2.
The calculating formulas of cutting area of single diamond grain when the diamond circular saw blade rotates along clockwise or counterclockwise with a constant rotational velocity as well as feeding with a constant speed are deduced, and the relationship between the cutting area of diamond grain and sawing parameters is analyzed.
推导了金刚石圆锯片以等角速度作顺时针或逆时针旋转、同时作匀速进给运动时单颗金刚石磨粒切削面积的计算公式 ,并分析了磨粒切削面积与锯切参数的关
3) diamond grit
金刚石磨粒
1.
Kinematics analysis of single diamond grit sawing;
单颗金刚石磨粒锯切运动学分析
2.
The composition of velocity law of the points in kinematics is led into the solving of the cutting area of single diamond grit.
引进运动学中的点速度合成定理 ,求解单颗金刚石磨粒切削面积 。
4) brazed diamond grit
钎焊金刚石磨粒
1.
The results showed that broken-up,occurred on the combined zone between grit and matrix,was the main wear mechanism for brazed diamond grits.
钎焊金刚石磨粒的出露高度越高,磨粒所承受的弯矩越大,弯矩增加以及工件对磨粒的剪切力是导致金刚石磨粒产生结合部破碎的主要原因。
5) diamond saw grit
锯片金刚石磨粒
1.
To select correctly the diamond saw grit under the given conditions in application is a prerequisite for gaining optimum effectiveness and benefit.
在已知应用条件下正确选用锯片金刚石磨粒乃是获得最佳效益的先决条件。
6) coarse grain diamond
粗磨粒金刚石
1.
The tests of honing the engineering ceramics (ZrO 2) by normal honing method and ultrasonic honing method with coarse grain diamond oilstones under different honing speeds are carried out.
采用粗磨粒金刚石油石对工程陶瓷 (氧化锆 )进行了不同速度下的普通珩磨和超声珩磨试验 ,对获得的不同表面特征以及珩磨速度对表面破碎率的影响进行了分析研究。
补充资料:圆粒金刚石
分子式:
CAS号:
性质:结晶不完全的细粒状金刚石集合体或加工后的碎块。常呈圆球形,具放射状,纤维状形貌。金刚石晶体具有严重缺陷或颜色不好,经磨碎后作为磨料工业用的研磨膏或泛指不能作为宝石用的金刚石。 圆盘干燥器 disk dryer 它是将放置物料的圆盘多层叠合起来的连续式热气流干燥器,又称多级圆盘干燥器。级数为5~20。物料由顶部圆板加入,逐级下移至最低一级,而后排出。圆盘由多块扇状部件组成。圆盘转一周,物料落到下一级的型式;也有圆盘固定,盘上装有回转耙子的型式,即将各级物料先向内移送,再向外移送,并依次落到下一级。圆盘干燥器适用于干燥粒状和片状材料以及短纤维材料,它的床层面积狭小,停留时间调节容易,但构造比较复杂
CAS号:
性质:结晶不完全的细粒状金刚石集合体或加工后的碎块。常呈圆球形,具放射状,纤维状形貌。金刚石晶体具有严重缺陷或颜色不好,经磨碎后作为磨料工业用的研磨膏或泛指不能作为宝石用的金刚石。 圆盘干燥器 disk dryer 它是将放置物料的圆盘多层叠合起来的连续式热气流干燥器,又称多级圆盘干燥器。级数为5~20。物料由顶部圆板加入,逐级下移至最低一级,而后排出。圆盘由多块扇状部件组成。圆盘转一周,物料落到下一级的型式;也有圆盘固定,盘上装有回转耙子的型式,即将各级物料先向内移送,再向外移送,并依次落到下一级。圆盘干燥器适用于干燥粒状和片状材料以及短纤维材料,它的床层面积狭小,停留时间调节容易,但构造比较复杂
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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