墨粉

mò fěn
  • toner;powdered ink
墨粉墨粉
墨粉[mò fěn]
  1. SEM技术对打印机墨粉的特征分析

    Analysis of Characteristic Printer Toner by Using SEM Technique

  2. 探索了Fe3O4的颗粒大小以及两种不同的聚合方法对墨粉形貌的影响;采用SEM、粒度分析仪对核壳结构的墨粉形态进行了表征。

    Influences of size of Fe_3O_4 and effects of different ways of polymerization on the micro-appearance have been discussed .

  3. SiC颗粒作为增强剂能够增大复合材料的强度和刚度,而石墨粉作为增阻剂可以提高复合材料的阻尼特性。

    The SiC particulates can enhance the stiffness and strength of MMCs , whereas the graphite particulates can improve the damping character of MMCs .

  4. 将纯Ti粉石墨粉按原子比1:1的比例混合配成Ti_(50)C_(50)混合粉,球料重量比为10:1,用高能球磨的方法在行星球磨机上进行机械合金化实验。

    Elemental powders of Ti and graphite were mixed with an atomic ratio of 1:1 to form the mixture ofTi_ ( 50 ) C_ ( 50 ) Powders .

  5. 结果表明:聚合墨粉在粒度、热学和荷电性能三方面的主要指标达到了HP、Canon商用墨粉的要求;

    Experimental results illustrate that three index which mean size , thermal and charge of polymerized toner can meet with the requirements of Canon , HP commercial toner .

  6. 实验研究了W、Mo、K2CO3、SiO2、S等添加剂对铁石墨粉末压坯在900~1060℃高温烧结时碳溶解速率的影响。

    The Effects of W , Mo , K_2CO_3 , SiO_2 , S on the dissolving rate of carbon in mixed compacts were investigated at sintering temperature of 900 ~ 1060 ℃ .

  7. 分别用微乳液聚合法和悬浮聚合法合成了具有以Fe3O4微粉为核的核壳结构的墨粉微粒。

    Encapsulation droplets containing Fe 3O 4 particles , which is the predecessor of toner , are obtained by suspension and miniemulsion copolymerization .

  8. 结果表明,NR/石墨粉复合物对微波屏蔽效果较好,当石墨粉用量为250份时,微波屏蔽效果达42dB;

    The results showed that NR / ground graphite composite was a better shielding material and 42 dB of microwave shielding effectiveness was obtained with 250 phr of ground graphite in the composite ;

  9. 外部添加剂可以改变墨粉的流动性和电荷的稳定性。

    External additive can give flowability and charge stability to toner .

  10. 轻轻地从工艺设备中卸下旧的墨粉罐。

    From the unit , gently remove the old toner container .

  11. 镀金属石墨粉及其在微波吸收材料中的应用

    Electroplating graphite powder with metals and its use in microwave absorbing material

  12. 含石墨粉的二相流体润滑剂压粘特性的研究

    Experimental Research on The Pressure-Viscosity Performance of Two-Phase-Fluid Lubricants Adding Graphite Powders

  13. 铜石墨粉末冶金受电靴材料工艺及微观结构

    Processing and Microstructures of Copper-graphite Collector Shoe Material Produced by Powder Metallurgy

  14. 图像分析法测试墨粉颗粒尺寸的初步研究

    Study on Toner Mean Particles Size by Image Analysis Technology

  15. 磁铁矿为颜料制聚合型墨粉的工艺探讨

    Technological Study on the Preparation of Polymerized Toner Using Magnetite as Pigment

  16. 涂石墨粉增强金刚石薄膜形核密度的研究

    On Enhancing Nucleation Density of Diamond Film through Precoating with Graphite Particles

  17. 复印机、激光打印机用墨粉的研究进展

    The Research Process of Toners for Copier and Laser Printer

  18. 我想和你谈谈你们的墨粉需求。

    I 'd Iike to taik to you about your toner needs .

  19. 如果要调整墨粉量,请使用这个设置。

    Use this setting to vary the amount of ink on the paper .

  20. 高速乳化对悬浮聚合墨粉形貌和性能的影响

    Effect of High-speed Emulsification on the Morphology and Property of Suspension Polymerized Toner

  21. 墨粉与感光鼓性能对激光输出图像质量的影响

    Influence of Toner and OPC on Laser Print Quality

  22. 那台打印机的墨粉不足了。

    A printer that was low on ink .

  23. 激光墨粉的悬浮共聚合法制备

    Preparation of Laser Toner by Suspension Co-polymerization Method

  24. 纺织品静电印花及其墨粉的研制

    Textile xerographic printing and the preparation of toner

  25. 浮头列管式石墨换热器悬浮共聚合法制墨粉的新工艺与性能研究

    Study on new technology and characterization of toner prepared by the suspension copolymerization method

  26. 悬浮聚合法制备墨粉的粒度控制及成粒机理分析

    Control of Particle Size and Analysis of Forming Process of Toner Particles Prepared by Suspension Polymerization

  27. 有些在传统墨粉行业工作的人,很快看到了化学墨粉的潜力。

    There were some of the conventional toner people who immediately saw the opportunity chemical toner provides .

  28. 原子荧光法测定高纯石墨粉中的砷、锑

    Application of the Atomic Fluorescence Method on Determinating Arsenic and Antimony in the High Pure Powdered Graphite

  29. 选用不同的偶联剂对隐晶质石墨粉进行表面化学改性。

    In the article , the process conditions of wet surface modification of aphanitic graphite are studied .

  30. 拿来新的墨粉罐,水平摇动它,然后将它放到工艺设备内。

    With the new toner container , shake it horizontally then place it in the process unit .