| 1 | Safety assessment methodology for a German high-level waste repository in clay formations显示文摘In the ANSICHT project that was jointly carried out by DBE TECHNOLOGY Gmb H,BGR,and GRS g Gmb H,two generic geological site models were used to develop a first draft of a methodology to demonstrate the safety of a high-level waste(HLW) repository in argillaceous formations in Germany,taking into account the regulatory requirements.The main results of the project are characterised by the developed repository concepts adapted to the geological conditions.The specific quantifications of the integrity criteria and their exemplary application with calculational proofs were used to demonstrate the integrity of the host rocks.The development of site-specific FEP(features,events,and processes) cataloges provided a complete system description for evaluation of the repository evolution.The developed work flow of the demonstration concept illustrated the complete sequence of the safety proof in a transparent way.It shows that various steps have to be performed,possibly iteratively,to provide a successful safety proof.The results form a useful tool in the pending search for a HLW repository site,especially when providing a basis for comparing safety analyses of different sites in Germany. | M.Jobmann A.Bebiolka V.Burlaka P.Herold S.Jahn A.Lommerzheim J.MaBmann A.Meleshyn S.Mrugalla K.Reinhold A.Rübel L.Stark G.Ziefle | 2017 | Journal of Rock Mechanics and Geotechnical Engineering2017，9，5： | 2 |
| 2 | 动态瞳孔控制系统双眼之间的耦合及计算机模型显示文摘本文在单眼瞳孔对光反应的实验及模型研究基础上,设计了由计算机控制的双眼交替光刺激方法来进行瞳孔动态反应实验,以了解人的瞳孔控制系统是如何在两眼之间耦合的。实验结果表明在双眼交替光刺激时,虽然两眼所受的光通量总和在任何时刻都是恒定不变的,但是当刺激光在左右眼之间交替瞬时,两眼都同时得出明显的瞳孔动态反应。这就提示了双眼之间耦合必需是在双眼分别受光后产生的控制信号,分别经过正微商的非线性环节后,再进行双眼综合共同控制瞳孔虹膜肌,文中还用状态方程法在PDP11/23计算机上对双眼瞳孔模型进行了仿真,输出波形与实验结果很相近,通过模型仿真,还对临床上应用的“Marcus Gunn Sign”(一种用交替光刺激对单侧视神经炎的检查方法)作出了刺激光最佳交替频率的建议。 | 孙复川 赵信珍 林家瑞 L.Stark | 1992 | 中国生物医学工程学报1992，11，4： | 2 |
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