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冷压块
相关语句
  cold-compacted bulk
     Determination of total iron in cold-compacted bulk for converter steelmaking with EDTA titration
     EDTA滴定法测定转炉炼钢用冷压块中全铁
短句来源
     A method for the determination of total iron in cold-compacted bulk for converter steel making was studied.
     研究了转炉炼钢用冷压块试样的制备、溶解和全铁的测定方法。
短句来源
  “冷压块”译为未确定词的双语例句
     EXPERIMENTS FOR A NEW BRIQUETTING PROCESS OF CHROME ORE WITH CO_2 RAPID HARDENING
     CO_2快硬法铬矿冷压块试验
短句来源
     Abstract The paper introduces that using chromium slag cold-press blocks, chromium slag sintering flux or chromium slag self-melting iron sintering ore that mading from chromium leaching rididues, as melting flux of blast furnace instead of some limestone, dolomite. not only obtain qualified chromium-bearing casting pig iron, but also solve environmental pollution from chromium leaching nedidues, and achieve good environmental and economical results.
     将铬浸出渣制成铬渣冷压块、铬渣烧结熔剂或铬渣自熔性铁烧结矿代替部分石灰石、白云石作高炉炼铁的熔剂,不但可获得合格的含铬铸造生铁,而且解决了铬浸出渣对环境的污染向题,取得了较好的经济、环保效果。
短句来源
     The residue was prepared to the sintering flux for the blast furnace smelting iron in the technique which renews resources and improves environmental condition.
     将含铬废渣制成高炉炼铁中使用的冷压块、烧结熔剂矿料,变废渣为生产原料,实现了废渣资源化,消除了铬渣的污染。
短句来源
  相似匹配句对
     Experimental Research on the Cold Bonding Briquette of MnSi Alloy Powder Materials
     硅锰合金粉料固结压块试验研究
短句来源
     On cold fusion
     核聚变
短句来源
     Cold Mountain
    
短句来源
     Determination of total iron in cold-compacted bulk for converter steelmaking with EDTA titration
     EDTA滴定法测定转炉炼钢用压块中全铁
短句来源
     Sintering of Nickel-Diamond Compacts
     镍—金刚石压块的烧结
短句来源
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The Bi1.8Pb0.84Sr1.88Ca2Cu3Oy bulk material of high-Tc single phase(T0 = 106K) was prepared by re-cold pressing process. The re-cold pressed Bi-based bulk material(RCP) has more obvious orientation along the c-axis and higher volume density compared with the sintered bulk material(SR). Measurements show that the transport current density Jc at 77K and zero field is generally higher than l000A/cm2 and the best result is as high as 4000A/cm2, which is far higher than that of SR(Jc-300A/cm2). A dependence of Jc-H-0.9...

The Bi1.8Pb0.84Sr1.88Ca2Cu3Oy bulk material of high-Tc single phase(T0 = 106K) was prepared by re-cold pressing process. The re-cold pressed Bi-based bulk material(RCP) has more obvious orientation along the c-axis and higher volume density compared with the sintered bulk material(SR). Measurements show that the transport current density Jc at 77K and zero field is generally higher than l000A/cm2 and the best result is as high as 4000A/cm2, which is far higher than that of SR(Jc-300A/cm2). A dependence of Jc-H-0.9 for SR is observed, indicating that the sharply decrease of Jc with field for SR is due to field-quenching of weak-coupling intergr ain Josephson junction. While for RCP, a dependence of Jc-H-0.58 is obtained, which is almost compatible with that predicted by flux creep model(Jc-H-0.5). This fact means that Jc of RCP is mainly limited by flux creep along the boundaries similar to the internal boundaries in grain.

通过再冷压过程制备了单相(T_(co)=106K)Bi_(1.80)Pb_(0.34)Sr_(1.86)Ca_2Cu_3块材,和常规烧结的Bi系块材(SR)相比,再冷压块材(RCP)具有更明显的沿C轴取向和较高的体积密度。LN_2温度测量表明,零场下RCP块材的临界电流密度(J_C)普遍高于1000A/cm~2,最好的结果高达~4000A/cm~2,这远大于SR块材的J_C(~300A/cm~2)值。SR块材的J_C和磁场的关系遵从J_C~H~(-0.9),而对RCP块材J_C~H~(-0.56)。这表明前者是由于磁场破坏了颗粒间弱耦合的Josephson连接所致,而后者非常接近由磁通蠕动模型所预言的结果(J_C~H~(-0.5)),这意味着影响RCP块材J_C的主要原因是沿着类似于晶粒内部晶界的边界磁通蠕动。

Abstract The paper introduces that using chromium slag cold-press blocks, chromium slag sintering flux or chromium slag self-melting iron sintering ore that mading from chromium leaching rididues, as melting flux of blast furnace instead of some limestone, dolomite. not only obtain qualified chromium-bearing casting pig iron, but also solve environmental pollution from chromium leaching nedidues, and achieve good environmental and economical results.

将铬浸出渣制成铬渣冷压块、铬渣烧结熔剂或铬渣自熔性铁烧结矿代替部分石灰石、白云石作高炉炼铁的熔剂,不但可获得合格的含铬铸造生铁,而且解决了铬浸出渣对环境的污染向题,取得了较好的经济、环保效果。

The thermal stability of U3Si2 in Ar, N2 and air, and the interaction between U3Si2 and Al, Zr have been investigated by thermal analysis method. According to the results of thermal analysis, protection measures for various procedures have been improved. From the practice, it shows that the protection measures can ensure the safety of production and raise the product quality as well as reduce the cost effectively.

叙述了用热分析方法研究U_3Si_2在Ar、N_2和空气中的热稳定性,以及U_3Si_2/Al、U_3Si_2/Zr间的相互反应。实验结果表明,U_3Si_2/Al弥散体生坯在空气中加热时,生坯中Al基体并不能完全防止U_3Si_2的氧化;U_3Si_2颗粒在钢瓶N_2气(99.95%)中加热时,在689℃时有一放热峰,经X射线鉴定,U_3Si_2与N_2反应生成UN_2;U_3Si_2颗粒在钢瓶Ar气(99.95%)中加热到1000℃时,无任何反应。U_3Si_2/Zr弥散体冷压块,在瞬态温度加热过程中,929℃时有可测得的反应。根据热分析结果,对U_3Si_2-Al弥散型燃料板生产中的各工序防护措施进行了改进。生产实践证明,这些改进后的防护措施有效地保证了安全生产及产品质量,并降低了成本。

 
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