1) P+NP construction
介补结构
1.
This article is a discussion on the θ-role assignment upon P+NP construction guided by the theory of θ-binding proposed by Edwin Williams.
本文在威廉斯题元约束的理论框架下探讨介补结构的题元指派问题。
2) mesoporous structure
介孔结构
1.
Preparation and performance of titanium phosphate with different mesoporous structure
不同介孔结构的磷酸钛的制备及性能
2.
The composite photocatalysts have created a good mesoporous structure with the distribution of pore diameters centered mainly at 6 to 10 nm,and furthermore,obviou.
结果表明,复合光催化剂具有良好的介孔结构,其孔径分布主要集中在6~10 nm,且比表面积明显增大。
3.
The In/SBA-15 catalyst with a mesoporous structure was synthesized by one-step impregnating the SBA-15 support with metallic In dissolved in hot paraffin.
采用金属In的石蜡溶液浸渍载体,一步法制备具有介孔结构的In/SBA-15催化剂。
3) mesostructure
介观结构
1.
The mesostructure at the cross section of Fe-based alloy ribbon(Fe_(73.
5B9)薄带断口的介观结构。
2.
Novel lamellar mesostructured ZnS nanofibers with uniform diameter in about 20～40 nm and length up to several micrometers have been facilely synthesized via hydrothermal reaction of Zn(Ac) 2 and Na 2S using neutral octylamine (OA) as structure-directing agent and ethylene diamine tetraacetic acid (EDTA) as stabilizer.
以Zn(Ac) 2 和Na2 S为原料、EDTA为稳定剂、OA为结构导向模板 ,采用水热合成方法成功地制备了具有层状介观结构的ZnS纳米纤维 ;通过XRD ,TEM ,SEM ,N2 吸附 /脱附以及紫外 -可见漫反射等手段对所得的产物进了表征 ,并初步探讨了其形成机
3.
By using mesostructured SiO 2/CdO composites as a precursor, uniform sphere like CdSe and CdS nanocrystals have been synthesized under a reductive condition.
以高度有序的介观结构SiO2/CdO纳米复合物为前驱体,在硒源或硫源存在的还原性条件下,利用原位水热反应,合成了介观结构SiO2/CdSe及SiO2/CdS纳米复合物,除去SiO2后,得到半导体CdSe及CdS纳米晶。
4) mesostructure
介孔结构
1.
ZrO2/SnO2 compound with mesostructure is synthesized by the template formed with cetyltrimethylammonium bromide(CTAB) and zirconyl chloride octahydrate (ZrOCl2·8H2O) and tin tetrachloride pentahydrate(SnCl4·5H2O) as resources.
通过十六烷基三甲基溴化铵(CTAB)表面活性剂水溶液所形成的柱状胶束作为模板,以ZrOCl2·8H2O,SnCl4·5H2O为原料,合成了具有介孔结构的ZrO2／SnO2复合催化剂。
5) meso-structure
介观结构
1.
Effects of autocongregation of polymer surfactants on solution meso-structure;
高分子表面活性剂自聚效应对溶液介观结构的影响
2.
Dissipative particle dynamics (DPD) simulation is one of the most important methods for the study of the meso-structure of complex systems.
耗散粒子动力学(DPD)模拟方法是研究复杂物系介观结构的一种重要手段。
6) mesoscopic structure
介观结构
1.
Based on quantum waveguide theory,the effect of impurities on the transmission probability and the persistent currents in mesoscopic structure is studied.
采用量子波导理论,研究了介观结构中杂质对透射几率和持续电流的影响。
2.
The mesoscopic structures of TATB(1,3,5-triamino-2,4,6-trinitrobenzene)-based PBXs(polymer bonded explosive)and their time evolutions were investigated using the dissipative particle dynamics(DPD)method.
利用耗散粒子动力学对四种TATB基PBX的介观结构及其演变过程进行了研究。
补充资料：介庵良大师《补续高僧传》
【介庵良大师《补续高僧传》】
辅良。字用贞。介庵其号。苏州吴县范氏子。文正公之十叶孙也。年十五。依迎福院剃染圆具。时笑隐。住集庆之龙翔。法道宣振。师往见之。问答之际。棒喝兼施。凡情顿丧。他日笑隐拈语诘之。师发言愈厉。笑隐哂曰。得则得矣。奈第二义何。师弗懈益虔。久之。乃契入。云空川流。了无留碍。笑隐曰。乃知吾不尔欺。也世秀之资圣。越之天章。移杭之中天竺。时海内大乱。兵燹相仍。南北两山诸刹。皆化为烈焰。灵隐古称绝胜觉场。凉烟白草。凄迷于夕照之间。过者为之兴叹。康里公。为浙行省丞相。妙拣名僧能任瞉废者。莫师为宜。恳命居之。师既至。剪剔荆丛。葺茅为庐。以栖四方学者。虽当凋零之秋。开示徒众。语尤激切。其言有曰。达磨一宗。陵夷殆尽。汝等用力。如救头然可也。然百千法门。无量妙义。于一毫端。可以周知。如知之变。大地为黄金。受之当无所让。否则遗素餐之愧矣。岁月流电。向上之事。汝等急自进修。参学之士。多有因其语而入者。化缘既周。手疏衣赀。入公帑散交游。顾谓左右曰。翌日巳时吾逝矣。及期澡浴。坐而寂。师性简直。虽面折人过。而胸中无留物。与人交。无少长。一以诚相遇。所造偈词。初不经意。而语出浑成。有若宿构。举扬大法。不务缘饰。而西来之旨自明。复以净土观门。若海舟航时。兼修之未尝少怠。其所见。盖卓然云
辅良。字用贞。介庵其号。苏州吴县范氏子。文正公之十叶孙也。年十五。依迎福院剃染圆具。时笑隐。住集庆之龙翔。法道宣振。师往见之。问答之际。棒喝兼施。凡情顿丧。他日笑隐拈语诘之。师发言愈厉。笑隐哂曰。得则得矣。奈第二义何。师弗懈益虔。久之。乃契入。云空川流。了无留碍。笑隐曰。乃知吾不尔欺。也世秀之资圣。越之天章。移杭之中天竺。时海内大乱。兵燹相仍。南北两山诸刹。皆化为烈焰。灵隐古称绝胜觉场。凉烟白草。凄迷于夕照之间。过者为之兴叹。康里公。为浙行省丞相。妙拣名僧能任瞉废者。莫师为宜。恳命居之。师既至。剪剔荆丛。葺茅为庐。以栖四方学者。虽当凋零之秋。开示徒众。语尤激切。其言有曰。达磨一宗。陵夷殆尽。汝等用力。如救头然可也。然百千法门。无量妙义。于一毫端。可以周知。如知之变。大地为黄金。受之当无所让。否则遗素餐之愧矣。岁月流电。向上之事。汝等急自进修。参学之士。多有因其语而入者。化缘既周。手疏衣赀。入公帑散交游。顾谓左右曰。翌日巳时吾逝矣。及期澡浴。坐而寂。师性简直。虽面折人过。而胸中无留物。与人交。无少长。一以诚相遇。所造偈词。初不经意。而语出浑成。有若宿构。举扬大法。不务缘饰。而西来之旨自明。复以净土观门。若海舟航时。兼修之未尝少怠。其所见。盖卓然云
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