1) floating-up
转鼓上浮
1.
The floating-up of the drum washes with area of 65～120m2 and equipped with a plane value during the application in straw pulp washing, created by the higher floatation of higher pulp lever in the vat which is again due to the higher inlet consistency of the straw pulp, can cause the deformation of the end-plated of the drum and therefore the drum is unable to operate in the normal state.
65～120m2大型平面阀洗浆机用于草浆洗涤时,进浆浓度比木浆高,浆槽浆位高,因此产生浮力太大,出现转鼓上浮使转鼓端板变形,导致洗浆机无法正常运行。
2) rotary drum
转鼓
1.
Development of the Rotary Drum Flakers for Hexanolactom;
己内酰胺转鼓结片机的研制
2.
Many parts of the welded rotary drum of high─speed centrifuger cannot be finished mechancally,and therefore the machine must produces the bias from rotation axis in high─speed running, consequently the machine vibretes intensively.
由钢板焊接的高速离心脱水机转鼓，不宜进行最后的机械加工，其同心度不能满足动平衡要求，运动质量偏心，故在高速运转中会产生强烈的振动。
3.
The unbalanced weight in rotary drum could affect the precision of results, the using life and testing safety.
大型汽车底盘测功机的转鼓体积较大(直径大于1。
3) rotating drum
转鼓
1.
Development on rotating drum of heavy typed pressure centrifuge in the PTA device;
PTA装置中重型压力离心机转鼓研制
2.
Investigate on burst accident of rotating drum in centrifuge;
离心机转鼓爆裂事故分析
3.
Abrasion and erosion of minicrystal in sugar serum is the main reason that made rotating drum's thickness decrease.
通过现场检查、试样检测和应力分析,确定转鼓壁厚严重减薄是该离心机事故的主要原因,而转鼓壁厚减薄的主要原因是糖浆液中的微晶粒磨损和冲蚀转鼓。
4) bowl
[英][bəʊl] [美][bol]
转鼓
1.
It is suggested in the paper that the bottom of a centrifuge's bowl can be thought as a rigid body in calculation of edge stresses.
本文假定离心机转鼓的鼓底为刚体来计算鼓壁边缘应力，所得结果与试验数据相符。
2.
Treating a bowl of centrifuge as a clamped-free thin-walled cylinder,fromulas to calculate natural freguency are given by using Rayleigh's energy method.
本文将离心机转鼓视为一端固支、一端自由的薄壁圆筒，用瑞利能量法推导其最低阶固有频率，所得结果具有工程运算所需精度。
5) basket
[英]['bɑ:skɪt] [美]['bæskɪt]
转鼓
1.
Optimum Design of the Decanter Centrifuge Baskets Based on FEM;
基于有限元法的卧螺离心机转鼓优化设计
2.
Strength Calculation of the Two-Layer Sleeve Centrifuge Basket Installed With Tight Fit;
采用过盈装配双筒离心机转鼓的强度计算
3.
Optimum design of the basket of a disc separator used for drip irrigation with the finite element method;
用于滴灌的碟式分离机的转鼓有限元优化设计
6) Drum
[英][drʌm] [美][drʌm]
转鼓
1.
A Discussion on the Perforation Coefficient in Standard of Strength Calculation for Centrifugal Drums;
离心机转鼓强度计算规范中开孔系数的讨论
2.
Finite Element Analysis of the Stress on a Centrifugal Drum With Reinforced Hoops;
带加强箍离心机转鼓应力的有限元分析
3.
Finite element analysis of a horizontal screw decanter centrifuge drum with double tapered beach;
卧螺离心机双锥角转鼓结构的有限元分析
补充资料：JIS转鼓试验
JIS转鼓试验
JIS drum test
JIS zhuangu shiyanJ‘转鼓试验(J 15 drum test)日本工业标准(JIS)规定的测定焦炭转鼓强度的方法。JE规定，焦炭转鼓强度试验可选用JIS转鼓或ASTM转鼓。(见AsTM转鼓试验)Jls转鼓是用厚9~钢板制成的封闭型圆筒，鼓的内径为1500~、长为1500~，鼓内壁周长上相隔60。沿鼓长方向安装六块宽250~、厚9~、长1500~的提料板。转鼓侧壁开有6个取送焦样用的带盖的孔。转鼓转速为15r/而n，每次试验转30转或150转。入鼓焦样为IOkg大于50~(方孔筛)的焦炭。旋转后的焦炭用soX5o、25X25、15X15nun三种方孔筛过筛，得到>50mm、25一50mm、15~25~和<15~四个粒级的筛分组成，以相应粒级的累计百分率表示焦炭机械强度指标，〔表l)并规定15~筛孔以上各级焦炭的累计百分率，在两次平行试验中，结果之差不大于表2所列数值。标准中同时 表1 Jls转鼓指标廿布一 表ZJ‘转鼓试验允许误差价州卜规定了旅炭机械强度划分的等级(表3)。 表3J‘转鼓试验的焦炭机械强度等级洲塔气冲洲器生 (张孝天)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条