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Development of High-Performance Coal Gasification. Technology for High Ash Fusion Coals. (Study on Determination Method of Flux Adding Rate and Coal Blending Ratio).

机译：高性能煤气化的发展。高灰融合煤技术。（助焊剂率和煤混合比例的测定方法）。

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Masami ASHIZAWA; Jun INUMARU; Saburo HARA; Kazuyoshi ICHIKAWA; Takeshi TAKAHASHI; Teruhide HAMAMATSU;
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年度 1997
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1. Development of high-performance coal gasification technology for high ash fusion coals (Study on determination method of flux adding rate and coal blending ratio) [J] . Masami ASHIZAWA, Jun INUMARU, Saburo HARA JSME International Journal. Series B . 1997,第3期

机译：高灰分熔融煤高性能煤气化技术的发展（助熔剂加入量和配煤比的确定方法研究）
2. Regulation of ash-fusion behaviors for high ash-fusion-temperature coal by coal blending [J] . Li Fenghai, Ma Xiuwei, Xu Meiling, Fuel Processing Technology . 2017,第期

机译：用煤混合调节高灰熔化煤的灰融合行为
3. Adjustment behaviors of blending coal on the ash fusion characteristics of coal with a high ash fusion temperature [J] . Ji Shaohua, Li Fenghai, Li Junguo, Journal of thermal analysis and calorimetry . 2016,第1期

机译：混煤对高灰熔融温度煤灰熔融特性的调节行为
4. R-GAS Technology Development and Testing of High Ash, High Ash Fusion Temperature Chinese Coals [C] . Don Stevenson 2017 international Pittsburgh coal conference . 2017

机译：高灰分，高灰分熔融温度中国煤炭的R-GAS技术开发与测试
5. A SYSTEMS STUDY OF DESULPHURIZATION STRATEGY IN RELATION TO THE SULPHUR AND ASH CONTENT OF COKING COALS [D] . EMERSON, STEVEN DANA -1

机译：与焦煤硫和灰分有关的脱硫策略的系统研究
6. Determination of Lead Elemental Concentration and Isotopic Ratios in Coal Ash and Coal Fly Ash Reference Materials Using Isotope Dilution Thermal Ionization Mass Spectrometry [O] . Chaofeng Li, Huiqian Wu, Xuance Wang, 2019

机译：同位素稀释热电离质谱法测定煤灰和粉煤灰标准物质中的铅元素浓度和同位素比
7. Study on entrained flow gasification of coal under ash fusion controlling. (I). Measurement and prediction for gasification reactivity of coals. [O] . Shiying LIN, Syuuji KAMEYAMA, Yoshihiko NINOMIYA, 1990

机译：灰融合控制下煤的掺入流动气化研究。（一世）。煤的气化反应性测量与预测。

Development of High-Performance Coal Gasification. Technology for High Ash Fusion Coals. (Study on Determination Method of Flux Adding Rate and Coal Blending Ratio).

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