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"碳棒"相关例句(32)
1.DB can be mounted in any orientation.
DB型硅可以在任何方向是安装。收藏指正
2.The positive electrode is a rod of hard carbon fitted with a brass cap.
正电极是一个装有黄铜帽的硬收藏指正
3.The Element hot zone is a self bonded silicon carbide.
这种硅的发热部是自发结合的化硅。收藏指正
4.In this way, the entire plug and Element assembly can be removed from the outside of the furnace.
这样,这种硅和整个插栓可以在熔炉外进行安装。收藏指正
5.A PVC-COATED CARBON ROD ION-SELECTIVE ELECTRODE FOR Cs AND ITS APPLICATION TO DETERMBVE CESIUM IN BITTERN
涂膜式PVC膜铯离子选择电极的研制和应用收藏指正
6.Elements are manufactured of green silicon carbide that is classed as an excess electron type semiconductor.
这种硅由一种新型的化硅制成,被归类为超级半导体。收藏指正
7.Elements may be connected in parallel, series, or any combination thereof.
这些硅可以是并联的,串连的,或者是串并混联的。收藏指正
8.The right angle (RA) shown here, has all the electrical characteristics of the RR.
在图中可以看出直角部分,具备RR型硅的所有电子特性。收藏指正
9.DB has a negative resistance temperature characteristic from room temperature to approximately 1200?F (650?C).
DB型硅除在室温至1200?F(650?C)内存在负阻值。收藏指正
10.DB can be replaced while the furnace is at operating temperature.
当熔炉内温度在操作范围内时DB型硅可以被替换。收藏指正
11.If the element is not able to dissipate heat energy equally in all directions, it may cause local overheating and possible failure.
如果硅不能再各个方向上均匀散热,可能会导致部分区域受热过度乃至失败。收藏指正
12.Recommended terminal hole diameters for various refractory walls and sizes are shown in Table C.
难熔壁和硅的终端孔径有许多不同数据,具体如表格C中所示。收藏指正
13.Recommended terminal hole diameters for various refractory walls or plugs and Element sizes are shown in Table C, page 5.
用于难熔壁或者是难熔插栓的终端孔径具体数值详见第5页表格C。收藏指正
14.The amount of energy that a is capable of converting from electrical to heat energy depends on the ambient furnace temperature and atmosphere in which it is operating.
熔炉内电能转化为热能的能量数主要依赖于硅载炉内的控制温度和气体环境。收藏指正
15.Twelve elements connected four in series per phase on 240 volts would make a balanced three phase 240 volt network.
12根硅每4个串联在一起,每一段接在240伏特的电压下,那么同样的三组并联在一起就可以保持平衡。收藏指正
16.Twelve Elements connected four in series per phase, these three groups then in a delta, on 240 volts would make a balanced three phase 240 volt network.
12根贵每4个串联在一起,每一段接在240伏特的电压下,那么同样的三组并联在一起就可以保持平衡。收藏指正
17.Nominal Element resistance is measured at the calibrating temperature of 1960oF (1070oC). Nominal resistance values of Elements in ohms per unit length, are shown in Table B, page 6.
校准额定电阻的阻值应该在温度1960oF(1070oC)。这种硅的单位长度的额定阻值见第6页的表格B.收藏指正
18.Nominal resistance is measured at the calibrating temperature of 1960oF (1071oC). Nominal resistance values of them in ohms, per unit of length are shown in Table A, page 3.
的额定电阻阻值是在1960oF(1071oC)时校准的数值。额定电阻单位为欧姆,单元长度的数值参见第3页的表格A。收藏指正
19.The product of electric furnace fittings including:micro-computer program temperature control instrument、refractory brick(ultra-light weight energy saving brick)、resistance wire 、electroheat belts、electrical heat tube、silicon carbide rod 、furnace bottom plate、muffle tank、vacuum sealed fan、wind wheel、axis、substructure、bin seat、flat shape plate、box、panel、weatherstrip plate、return air plate、bin、connection box、educe rod、thermocouple、thyristor、porcelain pipe、crucible、furnace chamber、furnace frame、charging bin、substructure、pit furnace cover lifter framework(sole design) and otherwise.
电炉配件产品包括:微电脑程序控温仪、耐火砖(超轻质节能砖)、电阻丝、电阻带、电热管、硅、炉底板、马弗罐、真空密封风机、风叶、轴、底座、料筐座、扁形板、箱体、面板、挡风板、回风板、料筐、炉栅、接线盒、引出、热电偶、可控硅、瓷管、坩埚、炉膛、炉门、炉框、装料筐、底座、井式炉盖升降机构(独家设计)等。收藏指正
20.The temperature distribution on the high temperature side of an electric tunnel furnace is analysed and simulated on the basis of the principle of thermal radiation by the way of THB(Thermal Heat Balance).The heated silicon carbon sticks are decomposed into innumerable tiny heating faces,which exchange the heat with the heated materials.A numerical model based on the radiation intensity law is constructed to calculate the energy absorbed by the heated materials and simulated by a computer.The results showed that the even distribution of temperature can be obtained by optimizing the arrangement of the silicon carbon sticks according to the calculation results to make the structure design more reasonable.These calculation results have been used in the practical designs and the expected objectives achieved.
利用热辐射原理,采用热平衡法对电热隧道窑的高温恒温区温场进行了分析和模拟.计算中将发热分解为无数微元发热面与烧结体进行热交换,依据辐射强度定律,建立了烧结体接收能量的数学模型,并用计算机进行了模拟计算.结果表明,依据模拟结果来优化硅的排布,可使结构设计更加合理,进而可以获得分布均匀的恒温区温场.计算结果已在窑炉设计中应用,实践效果良好.收藏指正