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38篇 您的检索式:作者名="Punya"
    题名 作者 年代 出处 被引量
1高能效系统的功耗优化技术显示文摘本本将叙述了各种系统选择方案及其对系统功耗的影响,全面介绍了处理器电源管理功能,并讨论总系统功耗的一些重要促进因素。Punya Prakash Kazunobu Shin 2013电子产品世界2013,20,9:3
2Emerging role of roots in plant responses to aboveground insect herbivory显示文摘植物发展了复杂生物化学的机制从昆虫 herbivory 阻止威胁。最近的研究表明了在对上面的植物回答的根的一个重要角色扎根了 herbivory (AGH ) 。根的参与是不可分的种抵抗和忍耐机制。根不仅由为各种各样的毒素的生合成充当地点在植物防卫起一个活跃作用并且而且由存储 photoassimilates 启用未来生长贡献忍耐。有有益的忍受土壤的微生物的根的相互作用也影响在植物和昆虫草食动物之间的相互作用的结果。Shoot-to-root 通讯信号为对 AGH 的植物反应是批评的。在对 AGH 的植物反应的根的角色的更好的理解是必要的以便开发植物昆虫相互作用的一幅全面图画。这里,我们在对 AGH 的植物反应总结关于根的角色的研究的当前的地位并且也讨论涉及 shoot-to-root 通讯的可能的信号。Vamsi J. Nalam Jyoti Shah Punya Nachappa 2013Insect Science2013,20,3:3
3The evolutionary strategies of plant defenses have a dynamic impact on the adaptations and interactions of vectors and pathogens显示文摘植物演变并且对损坏由传染病原体和食草的昆虫强加了的还原剂多样化。在一种坐着的生活方式的生活,植物常常正在适应他们的环境。他们采用各种各样的策略增加性能和健康。因此,植物开发了划算的策略对特定的昆虫和病原体保卫。然而,植物防卫在昆虫和病原体上强加选择压力。这个选择压力提供刺激让病原体和昆虫多样化并且开发策略相反种防卫。这在植物,病原体和昆虫之中导致进化军备竞赛。在这些有机体之中的千变万化改编和生理的改变使学习 plantvectorpathogen 相互作用成为一个挑战性、迷人的领域。学习植物防卫和植物保护各在有机体和适应策略之中要求关系的知识有机体利用。因此,这评论集中于 plantvectorpathogen 相互作用的不可分的部分以便理解影响的因素种防卫和疾病开发。评论地址 plantvectorpathogen 合作进化,植物防卫策略,植物防卫的特性和 plantvectorpathogen 相互作用。改进这些因素的理解将在害虫和疾病管理为未来研究提供一个多维的观点。Ordom Brian Huot Punya Nachappa Cecilia Tamborindeguy 2013Insect Science2013,20,3:2
4Tracing the development of teacher knowledge in a design seminar: Integrating content, pedagogy and technology显示文摘Matthew J. Koehler Punya Mishra Kurnia Yahya 2005Computers & Education2005,,3:1
5Technological Pedagogical Content Knowledge: A Framework for Teacher Knowledge 显示文摘Punya Mishra Matthew J Koehler 2006Teachers College Record2006,108,6:1
6Using hypermedia for leraning complex con- cepts in chemistry:A qualitative study on the relationship between prior knowledge,beliefs,and motivation 显示文摘Punya M Aman Y 2006Education and Information Technologies2006,11,1:1
7Bioactive naphthoquinones from Cordyceps unilate- ralis 显示文摘KITTAKOOP P PUNYA J KONGSAEREE P 2009Phytochemistry2009,,52:1
8Embodied Thinking as a Trans-disciplinary Habit of Mind 显示文摘DANAH HENRIKSEN JON GOOD PUNYA MI- SHRA THE DEEP-PLAY RESEARCH GROUP 2015Rethinking Technology & Creativity in the 21st Century2015,,1:1
9Usinghypermedia for learning corn-plexconcepts in chemistry:A qualitativestudy on the relationship between priorknowledge,beliefs,and motivation显示文摘Punya Mishra Aman Yadav 0,,01:1
10Removal of Aflatoxin B1 toxicity but not mutagenicity by 1 Megarad gamma radiation of peanut meal显示文摘Punya Temcharoen Willing G Thilly 1982Journal of Food Safety1982,4,4:1
11Deep-play: developing TPACK for 21 st century teachers 显示文摘Wolf Matthew J K Punya M Emily C B Michael DeSchryver Kxisten Kereluik Tae Seob Shin Leigh Graves 2011International Journal of Learning Technology2011,,2:1
12泰国北部Inthanon带混杂岩碎屑锆石U-Pb年龄及碎屑岩岩石学和地球化学研究:对古特提斯消减和汇聚的启示(英文)显示文摘The accretionary complex related to the Paleo-Tethys subduction was developed along western margin of the Indochina Block in northern Thailand. The provenance,source rock compositions,and sediment supply system of the accretionaryHidetoshi HARA Miyuki KUNII Ken-ichiro HISADA Katsumi UENO Yoshihito KAMATA Punya CHARUSIRI Thasinee CHAROENTITIRA 2012地球学报2012,33,S1:1
13Baculovirus P35 inhibits NO-induced apoptosis in activated macrophages by inhibiting cytochrome c release显示文摘Priya Ranjan Punya Shrivastava Sukh Mahendra Singh 2004J Cell Sci2004,117,14:1
14Teachers learning technology by design显示文摘Matthew J Koehler Punya Mishra 2005Journal of Computing in Teacher Education2005,21,3:1
15Diversity of type I polyketide synthase genes in the wood-decay fungus Xylaria sp. BCC 1067显示文摘Alongkorn Amnuaykanjanasin Juntira Punya Porntip Paungmoung Amporn Rungrod Anuwat Tachaleat Somchai Pongpattanakitshote Supapon Cheevadhanarak Morakot Tanticharoen 2005FEMS Microbiology Letters2005,,1:1
16Techers' Technological Pedagogical Content Knowledge and Learning Activity Types : Curriculum-based Technology Integration Reframed显示文摘Judith Harris Punya Mishr a and Matthew Koehler 2009Journal of Research on Technology in Education2009,,4:1
17Bioactive naphthoquinones from Cordyceps unilateralis 显示文摘Kittakoop P Punya J Kongsaeree P 1999Phytochem1999,52,:1
18Development of a fiber-optic current sensor with range-changing facility using shunt configuration显示文摘Apurba Ghosh Punya Brata Dutta Gupta Ajit Kumar Mandal 2013IEEE Sensors Journal2013,13,4:1
19Technological Pedagogical Content Knowledge (TPACK)显示文摘Denise A. Schmidt Evrim Baran Ann D. Thompson Punya Mishra Matthew J. Koehler Tae S. Shin 2009Journal of Research on Technology in Education2009,,2:1
20Using hypermedia for learning complex concepts in chemistry: A qualitative study on the relationship between prior knowledge, beliefs, and motivation 显示文摘Punya Mishra Aman Yadav 2006Education and Information Technologies2006,11,1:1
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