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A triangular architectural relation model among sustainability,beauty,and power

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Frontiers of Architectural Research 2024年第4期13卷 699-711页

作者： Ján Legény RobertŠpaček TomášHubinský Lucia Benkovičová Faculty of Architecture and Design Slovak University of Technology in BratislavaBratislavaSlovakia

Sustainability,beauty,and power are notions that hit our contemporary perception every ***,they have been an integral part of architecture and urban planning in various forms since the *** paper presents their fundamental descriptions,followed by an assessment of their mutual relations and impact on architecture through a triangular architectural relation model developed by the authors of the *** the theoretical thought experiment,it highlights eight boundary models along with their main characteristics,in particular,the implosion,explosion,shared-control,utilitarian,no-control,supremacy,inside-forced,and outside-forced architectural related *** models can help predict future events,explain past events,make decisions,and plan strategies,or reveal problems and propose new *** applications include determination of the causes of certain results or finding out the responsibility and mechanisms that led to *** authors are of the opinion that the mutual denominator of sustainability,beauty,and power represents ethics that should be forced in architectural education and practice.

关键词： Triangular architectural relation model Sustainability Beauty Power Thought experiment Interpretation

Biological characteristics and clinical management of uveal and conjunctival melanoma

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Oncology Research 2024年第8期32卷 1265-1285页

作者： SNJEŽANA KAŠTELAN ANA DIDOVIĆpaVIČIĆ DARIA paŠALIĆ TAMARA NIKUŠEVA-MARTIĆ SAMIRČANOVIĆ PETRA KOVAČEVIĆ SUZANA KONJEVODA School of Medicine University of ZagrebZagreb10000Croatia Department of Ophthalmology Clinical Hospital DubravaZagreb10000Croatia Department of Ophthalmology Zadar General HospitalZadar23000Croatia Department of Medical Chemistry Biochemistry and Clinical ChemistrySchool of MedicineUniversity of ZagrebZagreb10000Croatia Department of Biology and Genetics School of MedicineUniversity of ZagrebZagreb10000Croatia School of Medicine University of SplitSplit21000Croatia Department of Health Studies University of ZadarZadar23000Croatia

Uveal and conjunctival melanomas are relatively rare tumors;nonetheless,they pose a signiﬁcant risk of mortality for a large number of affected *** pathogenesis of melanoma at different sites is very similar,however,the prognosis for patients with ocular melanoma remains unfavourable,primarily due to its distinctive genetic proﬁle and tumor *** of considerable advances in understanding the genetic characteristics and biological behaviour,the treatment of uveal and conjunctival melanoma remains a formidable *** enhance the prospect of success,collaborative efforts involving medical professionals and researchers in theﬁelds of ocular biology and oncology are *** data show a lack of well-designed randomized clinical trials and limited beneﬁts in current forms of treatment for these *** advancements in the development of effective melanoma therapeutic strategies,all current treatments for uveal melanoma(UM)and conjunctival melanoma(CoM)remain unsatisfactory,resulting in a poor long-term *** trials offer hope for positive outcomes in advanced and metastatic tumors.A more comprehensive understanding of the genetic and molecular abnormalities involved in the development and progression of ocular melanomas opens the way for the development of personalized therapy,with various potential therapeutic targets currently under *** comprehension of the molecular pathogenesis of UM and CoM and their speciﬁcities may aid in the development of new and more effective systemic therapeutic agents,with the hope of improving the prognosis for patients with metastatic disease.

关键词： Uveal melanoma Conjunctival melanoma Genetic characteristics Immune checkpoint inhibitors Target molecular inhibitors

野生向日葵与栽培向日葵种间杂交后代胞质雄性不育株小孢子败育机理的研究

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国外农学（向日葵） 1990年第4期 8-11页

作者： lave.,JH 李伟

高校竞技健美操运动员落地偏侧性和稳定性的生物力学研究

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中国运动医学杂志 2024年第4期43卷 266-274页

作者：王莉莉 Wan Ahmad Munsif Bin Wan pa 王宇轩李风雷颉梦宁许春莲马来西亚国立大学教育学院吉隆坡43600 东华理工大学体育学院南昌330032 南昌交通学院体育学院南昌330100

目的:分析竞技健美操运动员落地动作的生物力学特征,比较优势侧和非优势侧生物力学指标的偏侧性,探究影响落地稳定性的关键偏侧性因素。方法:以26名高校女性健美操运动员为研究对象,同步采集40 cm高台垂直双脚落地动作中的下肢运动学和... 详细信息

目的:分析竞技健美操运动员落地动作的生物力学特征,比较优势侧和非优势侧生物力学指标的偏侧性,探究影响落地稳定性的关键偏侧性因素。方法:以26名高校女性健美操运动员为研究对象,同步采集40 cm高台垂直双脚落地动作中的下肢运动学和动力学数据,比较优势侧和非优势侧的触地时刻关节角度、关节活动度(ROM)、地面反作用力(GRF)、负载率、压力中心(COP)位移和包络面积的差异,计算对称指数(代表偏侧性),并采用多元逐步回归方法分析指标偏侧性和COP包络面积的关系。结果:与非优势侧相比,优势侧在触地时刻具有更大的膝外旋和髋外展角(P<0.05),在落地过程中具有较大的踝屈伸、髋屈伸、髋内收-外展及较小的踝旋转ROM(P<0.05);优势侧的伸膝力矩峰值大于非优势侧(P<0.01);垂直方向负载率和伸膝力矩峰值的对称指数与COP包络面积呈显著正相关(P<0.05);垂直方向负载率、伸膝力矩峰值和膝关节旋转角度的对称指数可以解释COP包络面积差异的83.6%。结论:竞技健美操运动员落地动作存在肢体间的偏侧性,垂直方向负载率和伸膝力矩峰值的偏侧性越大,则落地稳定性越差。此外,垂直方向负载率、伸膝力矩峰值和膝关节旋转角度的对称指数可以作为落地稳定性的预测因子。

关键词：健美操落地生物力学偏侧性稳定性

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防护结构抗弹片侵彻可靠性设计方法

防护工程 1995年第3期17卷 63-72页

作者： lave.,FM 张殿臣

本文概述了抗弹片侵彻效应的可靠性设计（ＲＢＤ）的方法，该方法是为新版抗常规武器效应的硬结构设计与分析手册（ＤＡＨＳ）制定的。以前的手册都利用置信水平方法选择弹片－结构相互作用效应用的设计弹片。但这种方法与设计可靠性或... 详细信息

本文概述了抗弹片侵彻效应的可靠性设计（ＲＢＤ）的方法，该方法是为新版抗常规武器效应的硬结构设计与分析手册（ＤＡＨＳ）制定的。以前的手册都利用置信水平方法选择弹片－结构相互作用效应用的设计弹片。但这种方法与设计可靠性或置信度没有直接关系，因为它没有考虑撞击弹片的数量，由有壳炸药爆炸产生的弹片速度的变异性。该方法系统地处理了弹片的不确定性，使所设计的防护结构具有已给定的生存概率。

关键词：防护结构弹片弹药可靠性设计

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人机工程学介入凿岩钻的肌电图分析

劳动保护科学技术 1991年第4期11卷 22-22,38页

作者： lave.,SA Marr.,WS

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翻译在藏传佛教中国化进程中的重要作用

攀登（藏文版） 2024年第2期 148-155页

作者：交巴草中国民族语文翻译中心(局)

佛教通过翻译在传入吐蕃过程中,汲取了苯教的部分教义,形成了具有藏族文化特色的藏传佛教。藏传佛教在迅速发展过程中推崇佛经翻译事业起到了重要的推动作用。新时代时期,积极推进藏传佛教中国化是藏传佛教健康传承的必经之路。在坚持... 详细信息

佛教通过翻译在传入吐蕃过程中,汲取了苯教的部分教义,形成了具有藏族文化特色的藏传佛教。藏传佛教在迅速发展过程中推崇佛经翻译事业起到了重要的推动作用。新时代时期,积极推进藏传佛教中国化是藏传佛教健康传承的必经之路。在坚持藏传佛教中国化方向进程中,加强汉藏翻译,一方面使藏传佛教教义教规的翻译呈现社会主义发展内涵,适应社会主义社会的时代要求。另一方面引进宗教中国化的理论,以社会主义核心价值观为引领,使藏传佛教浸润中国特色,弘扬先进思想。

关键词：翻译藏传佛教新时代中国化

Design of Slant-Form Tool in Precision Reuse of Digital paper Display

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Journal of Materials Science & Technology 2011年第9期27卷 846-850页

作者： pai-Shan pa Department of Digital Content Design Graduate School of Toy and Game Design National Taipei University of Education Taipei 10667 Taiwan China

A reuse fabrication module using micro electroetching as a precision machining process with a new design of a slant-form tool to remove the defective indium-tin-oxide （ITO） nanostructure from the optical polyethyleneterephthalate （PET） surfaces of digital paper display is presented in current studies. The low yield of ITO thin film deposition is an important factor in optoelectronic semiconductor production. The adopted precision reuse process requires only a short period of time to remove the ITO nanostructure easily and cleanly, which is based on technical and economical considerations and is highly efficient. In the current experiment, a large inclined angle of the cathode and a small end radius of the anode take less time for the same amount of ITO removal. A higher feed rate of the optical PET diaphragm combines with enough electric power to drive fast micro electroetching. A small rotational diameter of the anode accompanied by a small width of the cathode corresponds to a higher removal rate for the ITO nanostructure. A pulsed direct current can improve the effect of dreg discharge and is advantageous to couple this current with the fast feed rate of the workpiece. This improvement is associated with an increase in current rating. High rotational speed of the slant-form tool can improve the effect of dregs discharge and is advantageous to associate with the fast feed rate of the workpiece （optical PET diaphragm）.

关键词： Reuse fabrication Slant-Form Digital paper display Optical polyethyleneterephthalate (PET) diaphragm Indium-tin-oxide (ITO) nanostructure Micro electroetching

Selective removal technology using chemical etching and excimer assistance in precision recycle of color filter

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Transactions of Nonferrous Metals Society of China 2011年第A1期21卷 210-214页

作者： pai-shan pa Digital Content Design Graduate School of Toy and Game Design National Taipei University of Education Taipei City 10671 China

Color filters are produced using semiconductor production techniques although problems with low yield remain to be addressed. This study presents a new means of selective removal using excimer irradiation, chemical etching, or electrochemical machining on the fifth generation TFT LCDs. The selective removal of microstructure layers from the color filter surface of an optoelectronic flat panel display, as well as complete removal of the ITO thin-films, RGB layer, or resin black matrix (BM) layer from the substrate is possible. Individual defective film layers can be removed, or all films down to the Cr layer or bare glass can be completely eliminated. Experimental results demonstrate that defective ITO thin-films, RGB layers, or the resin BM layer can now be recycled with a great precision. When the ITO or RGB layer proves difficult to remove, excimer light can be used to help with removal. During this recycling process, the use of 225 nm excimer irradiation before chemical etching, or electrochemical machining, makes removal of stubborn film residues easy, effectively improving the quality of recycled color filters and reducing fabrication cost.

关键词： chemical etching excimer light selective removal technology display color filter