coprocessing

n.  协同处理

计算机



双语例句

  1. Synergistic Effects and Preliminary Application of the Coal/ oil Coprocessing
    煤与石油重油共处理协同效应的初步分析
  2. Coprocessing of heavy shale oil with polyethylene waste
    聚乙烯废物与重质页岩油的混合加工工艺
  3. Coprocessing of Yanzhou coal with Shijiazhuang vacuum resid ⅰ& coal conversions and products distribution
    兖州煤与石家庄减压渣油共处理的研究Ⅰ&共处理对煤液化转化率及产物分布的影响
  4. Coprocessing of petroleum residues and coal
    石油渣油和煤的联合加工
  5. Coprocessing of Yanzhou coal with Daqing petroleum resid
    兖州煤与大庆减压渣油共处理的研究
  6. The Analysis of Asphalt Properties Produced by Coprocessing Coal and Catalytic Cracking Resid
    煤与催化裂化油浆共处理反应沥青性质分析
  7. By coprocessing at mild thermal conditions, the petroleum residues were upgraded and the coal was partially liquefied to yield valuable liquid and gaseous products.
    通过缓和热条件下联合加工,可提高石油渣油质量和使煤部分液化来生产有价值的液体和气体产品。
  8. Coprocessing can be considered as a transitional technology between heavy resid upgrading and coal liquefaction.
    煤油共炼可以看作是重质渣油提质和煤液化之间的过渡技术。
  9. Study on the coprocessing of Xinjiang Heishan bituminous coal with Tahe petroleum residue
    新疆黑山烟煤与塔河石油渣油共处理的研究
  10. The results show that compared with the liquefaction result only by Heishan bituminous coal, coal-residual coprocessing has the characteristics with low hydrogen consumption, low gas and high oil yield. Coal conversion and oil yield was increased with proper addition of petroleum residual.
    实验结果表明,与黑山烟煤单独液化相比,煤油共处理具有氢耗低,气产率低,油产率高的特点,渣油适量的添加可以促进煤炭转化,提高油产率。
  11. Coprocessing of Four Chinese Coals with Catalytic Slurry Oil& Composition and Properties of Heavy Toluene Soluble Fractions
    4种煤与催化裂化油浆共处理的研究&重质产物组成性质的变化规律
  12. It is a computer radio digital communication network Consisting of tele-terminal processer groups, coprocessing single board computer and administrative microcomputer.
    它由远程终端处理器群、协调单板机和管理微型计算机组成计算机无线电数字通讯网。
  13. The Benefits of FPGA Coprocessing
    FPGA协同处理的优势
  14. Reaction mechanism of coprocessing coal and heavy oils
    煤油共处理过程中的反应机理
  15. Study on coprocessing of Yanzhou coal with Shijiazhuang catalytic cracking slurry oil and characteristics of their heavy toluene soluble fractions
    兖州煤与催化裂化油浆共处理及其重质产物组成性质的初步研究
  16. The data between NIOS II and DSP communicates through a high-speed SRAM to implement the coprocessing.
    NIOSii的数据和DSP之间通过一片高速SRAM作为交换区,以实现两者的协同处理。
  17. Coprocessing Yanzhou Coal with Petroleum Resid for Preparing Paving Asphalt
    兖州煤与渣油共处理制高等级道路沥青的研究
  18. A method was established which could directly determine hydrocarbon group composition of the product from coprocessing of coal and petroleum resid.
    建立了一项可以直接分析溶液中焦油和重质油族组成的方法。
  19. The coprocessing of Shenfu coal and Shengli vacuum residue ( SV) was studied using resonance agitation reactor.
    用共振搅拌反应器研究了神府煤与胜利减压渣油共处理液化的过程,在430℃、460℃、490℃;
  20. Reaction characteristics of coprocessing of Shenfu coal and Shengli vacuum resid
    神府煤与胜利减压渣油共处理反应特性的研究