而较低的温度下，表观密度随螺杆转速的提高而增大。
While at lower temperature, apparent density increases with the increasing of screw revolution speed.
另一个办法是减少你的螺杆转速，但是这样也减少了产量。
Another solution is to reduce your screw speed, but this also reduces output.
较低的螺杆转速会由于最小的剪热而导致更均匀的熔化。
Slower RPM "s result in a more uniform melt by minimizing shear heat buildup."
气泡脱离喷嘴的时间承受随进气压力和螺杆转速的升高而减小。
The time that is taken for gas separating from nozzle decreases with the gas pressure and screw rotational speed.
研究了单体用量、引发剂用量、螺杆转速和反应温度对接枝率的影响。
It studied influencing effects of the content of monomer, the content of DCP, the screw rotating velocity and the reaction temperature on graft ratio.
研究了螺杆组合、螺杆转速、挤出温度以及含水量对淀粉挤出发泡的影响。
The influences of screw configuration, screw speed, extrusion temperature and water contents on extruded starch foams were studied.
第二个备用方案通过减少螺杆转速来延长加热时间。但是，这样也减少了产量。
A second option is to increase heating time by reducing screw speed, but this also reduces output.
任何工艺的调剂如螺杆转速、不同阶段的注塑速度等，都要思忖缩减资料的剪切。
The relief of any technology such as screw speed, the different stages of the injection molding speed and so on, all want to contemplate the reduced material shear.
在一定的螺杆转速下，温度越高，停留时间越长，聚酯熔体输送过程中齐聚物含量越高。
The higher the temperature and the longer the resident time was, the higher the oligomer content was during polyester melt trans - fer course at a fixed screw rotation speed.
通过调整双螺杆挤出机的螺杆转速、不同加热段的温度，确定了接枝反应的最佳工艺条件。
By adjusting the screw speed of the twin-screw extruder, temperatures of different heating stages, the optimal processing conditions for grafting reactions are determined.
反向啮合块的分布混合能力优于中性啮合块，受体积流率影响不大，随螺杆转速提高而增强。
The mixing capability of reverse kneading block were better than neutral kneading block, it impacted slightly by the volumetric flow rate, and improved with the increase in screw speed.
综上，我们得出：选择较低的挤出温度及较高的螺杆转速有利于得到性能较好的低发泡制品。
Therefore, lower extrusion temperature and higher screw revolution speed will leads to low foamed HIPS products with good performance.
结果表明：淀粉酶转化程度不受螺杆转速影响，但随物料水分、酶质量分数和机筒温度增加而增大；
The result showed that DE values were not effected by screw speed, but increased with material moisture, enzyme mass fraction and barrel temperature;
采用响应面分析方法研究了螺杆转速、机筒温度、物料水分和酶质量分数对挤出物de值的影响规律。
The response surface methodology was used to study the influences of screw speed, barrel temperature, material moisture and enzyme mass fraction on DE values.
研究了单螺杆挤出机挤出温度及螺杆转速对沥青炭纤维填充abs树脂复合材料导电性及力学性能的影响。
It is investigated that the influence of barrel temperature and rotation speed of screw rod of extruder on conductivity and strength of the ABS resin composites filled with carbon fibers.
讨论了泡沫塑料连续挤出成型过程中的合理进气条件，分析了不同进气位置、喷嘴结构和螺杆转速等对气泡形态的影响。
Reasonable gas feeding conditions are discussed in the continuous extruding process of foamed plastics. The influence of different posit, nozzle construction, rotational speed of screw, etc.
国内外专家学者的研究表明，挤压膨化效果与物料温度、喂料速度、螺杆转速、物料湿度和添加酶制剂等有着密切的关系。
The study of domestic and foreign experts and scholars shown that the extrusion effects are related to the material temperature, feed rate, screw speed, material humidity, enzyme addition.
研究了挤压过程中，挤压温度、螺杆转速、进料速度、原料水分含量对淀粉的糊化、降解及对挤出物的溶解指数和膨化度的影响。
This paper studies the influence of extrusion temperature. Screw speed, feed speed and water content on starch gelatinization depolymerization, soluble index and expansion efficiency.
采用在熔融挤出过程中提高双螺杆挤出机螺杆转速的方法，研究了机械力引发马来酸酐(MAH)熔融接枝弹性体poe的接枝反应。
Grafting of maleic anhydride (MAH) onto POE performed in melting state through mechanical force initiation by increasing the screw rotation speed of twin-screw extruder was studied.
结果表明在一定螺杆转速、共混温度、共混时间范围内，PS/PA6共混物形成双连续相组分的比例范围为40/60—65/35；
The results showed that the range of the region of phase co-continuity PS/PA6 was 40/60-65/35 at experimental temperature, rotor speed or mixing time;
研究了脱壳油菜籽挤压系统参数（套筒温度、螺杆转速、螺头至模板距离、模孔长度、模孔孔径）对从榨笼中挤压出的菜籽油的游离脂肪酸、碘值和油脂稳定性的影响规律。
The influence regularity of the parameters of rapeseed extrusion system on free fat acid, iodine value and stability of rapeseed oil extruded from extract cage of extruder was studied.
因此，双螺杆压缩机与蜗杆压缩机相比，在相同转速下单位内排气次数少，气流脉动大，气流噪声大。
Therefore, double screw compressor and worm compressor compared, in the same speed of the units inside less number of exhaust air ripple, big air flow noise.
为了满足螺杆空压机运行中的节能，必须有一种高效率变转速的驱动电机。
In order to meet the screw air compressor operation of the energy saving, there must be an efficient change speed motor drive.
螺杆的转速增加，并能提高料筒中物料的压力。
The increasing of screw speed can improve the pressure of material feeding tube.
单辊筒口型挤出机通过变更挤出机螺杆和辊筒转速及灵活的预成型口型和终端口型设计组合可以有效控制挤出物的形状、尺寸和生产率。
The extrudate shape, dimension and output can be effectively controlled on single roller extruder with its variable screw and roller speeds and the flexible combination of preform die and final die.
螺杆钻具的高转速可以为PD C钻头提高切削速度提供井下动力保障。
High rotate speeds of dynamical drilling tools can improve PDC bit's cutting rates, and also can provide downhole motives.
就设备的结构而言：喷嘴的截面积、螺杆与螺套的螺距、间隙、转速、螺套螺纹的深浅是影响膨化度的主要因素。
While for the equipment structure, they were the sectional area of nozzle, the pitch between screw and its turnbuckle, clearance, rotate speed, and the depth of the whorl on the turnbuckle.
若调节稳压螺杆的转速，则可完全补偿主螺杆压力和产率的波动。
If the screw speed of parallel pressure stabilization apparatus is varied corresponding to the pressure fluctuation, the pressure and output fluctuation of extrusion can be fully compensated.
文中并探讨了塑胶导螺杆半径、转速、螺距、双螺纹与钢轴旋转模式对钢珠表面检测覆盖率影响。
The influence of coverage due to the radius, angular velocity, pitch , double thread of plastic screw, and rotational mode of steel axis are also discussed in here.
文中并探讨了塑胶导螺杆半径、转速、螺距、双螺纹与钢轴旋转模式对钢珠表面检测覆盖率影响。
The influence of coverage due to the radius, angular velocity, pitch , double thread of plastic screw, and rotational mode of steel axis are also discussed in here.
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