hsc

• Because construction and curing quality is more important to anti - cracking performance of hsc and fatal to the compensating - shrinkage concrete than anything else , we should pay attention to them
  针对剪力墙等重要工程结构易开裂问题，配制了纤维增强微膨胀混凝土，并对其工作性能、体积稳定性以及力学性能进行了研究。
• Graduates from the professional diploma in health promotion and health education primary health care with an average grade b - or above may apply for not more than 8 units exemption of which 4 units will be from hsc 6000 series courses
  修毕健康教育/基层医疗专业文凭课程之学员，整体成绩取得b -或以上，可申请豁免修读hsc5001 、 hsc5002及hsc6000学科，学分豁免上限合共为8学分。
• Graduates from the professional diploma in health promotion and health education primary health care with an average grade b - or above may apply for up to not more than 10 units exemption of which 4 units will be from hsc 6000 series courses
  修毕健康教育专业文凭之学员，整体成绩取得b -或以上，可申请豁免修读若干hsc5000必修学科系列，及hsc6000学科系列的4学分；学分豁免上限为8学分。
• A storing force model is used to simulate the load - displacement curves . the calculating results are in good agreement with the experiment results . an artificial neutral network ( ann ) program is compiled to analyze an experiment result of hsc columns subjected to axial load
  本文还利用人工神经网络理论对高强混凝土柱轴压试验结果进行了研究，通过对8组试验数据的学习训练以及对2组试验数据的仿真预测，得到了满意的结果。
• Aiming at the main problems of hsc , we put forward that using expansive agent and fiber in hsc to compensate and limit the shrinkage . these measures can conquer the defects of hsc and make hsc possess excellent performances , such as the good workability and high flow ability
  本文研究了在低水胶比、大掺量高效减水剂、掺有一种或多种掺合料条件下，高强混凝土不同龄期水化产物的组成、结构与性能以及高强混凝土中水泥石与粗集料之间的界面过渡区的组成与结构。
• Based on above , the characteristics of hydration hardening process and microstructure of hsc as well as the interfacial layer between cement paste and coarse aggregate are investigated under low water cement ratio , high content superplasticiser and with one kind or more than one kind of mineral materials condition , the reaction mechanisms of different mineral materials are also discussed
  研究了不同水胶比、复合缓凝成分高效减水剂及矿物掺合料的掺加方式、掺量对高强混凝土水泥浆体水化放热过程和水泥浆体的水化热、水化放热速率以及最高温升的影响规律。探明了高强混凝土中水泥浆体的水化硬化过程、矿物掺合料之间的相互作用机理。
• The international safety management ( ism ) code was adopted by the international maritime organisation ( imo ) in november 1993 and became applicable starting july 1 , 1998 , to passenger ships including passenger high - speed craft ( hsc ) , oil and chemical tankers , gas carriers , bulk carriers , high - speed cargo vessels of 500 gross registered tonnes ( grt ) and over
  《国际安全管理规则》于一九九三年十一月获国际海事组织通过，由一九九八年七月一日起适用于客船，包括载客高速船在内，以及所有总吨位达到或超过500吨的油轮、化学品液货船、气体运输船、散装货轮和载货高速船。
• Because of its high strength , high workability , high volume stability and high anti - permeability , hsc ( high strength concrete ) has been widely used throughout the world as a new generation structure material . but due to its low ductility , seldom has it been used in the protective engineering
  高强混凝土具有高强度、高工作度、高体积稳定性、高抗渗性等优良性能，作为新一代建筑材料在国际范围内得到了广泛应用，但是由于高强混凝土的延性较差，未能在防护工程中得到大量使用。