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16篇 您的检索式:作者名="GERALDI"
    题名 作者 年代 出处 被引量
1Service Supply Chains: A Customer Perspective 显示文摘MAULL R GERALDI J JOHNSTON R 2012Journal of Supply Chain Management2012,48,4:1
2Relationships Between Leadership and Success in Different Types of Project Complexities显示文摘Muller R Geraldi J Turner J R 2012Engineering Management IEEE Transactions on2012,59,1:1
3Relation- ships between Leadership and Success in Different Types of Project Complexities显示文摘MULLER R GERALDI J TURNER J R 2012IEEE Transactions on Engineering Management2012,59,1:1
4Relationship of intra-and interpopulation tropical maize single cross hybrid performance and genetic distances computed from AFLP and SSR markers 显示文摘Barbosal A M M Geraldi I O Benchimol L L Euphytica0,130,:1
5Comparison of RAPD,RFLP,AFLP and SSR markers for diversity studies in tropical maize inbred lines显示文摘GARCIA A A F BENCHIMOL L L BARBOSA A M M GERALDI I O JR CLS SOUZA A P D 2004Genetics and Molecular Biology2004,27,4:1
6The balance between order and chaos inmuhi-project firms: a conceptual model显示文摘Joana Geraldi G 2008International Journal of Project Management2008,,26:1
7Overload of a group of caregivers of children with epilepsy and sei-zures refractory to treatment显示文摘GERALDI C SOUZA OLIVEIRA S ESCORSI ROSSET T 2010Epilepsy Behav2010,17,4:1
8The Titanic sunk,so what? Project manager response to unexpected events显示文摘GERALDI J G LEE-KELLEY L KUTSCH E 0,,06:1
9Now,let's make it really complex(complicated):a systematic review of the complexities of projects显示文摘GERALDI J MAYLOR H WILLIAMS T 2011International Journal of Operations&Production Management2011,31,9:1
10Relationship of intra-and interpopulation tropical maize single cross hybrid performance and genetic distances computed from AFLP and SSR markers显示文摘Barbosa A M M Geraldi I O Benchimol L L 2003Euphytica2003,130,1:1
11The balance between order and chaos in multi-project firms: A conceptual model 显示文摘GERALDI J G 2008Inter- national Journal of Project Management2008,26,4:1
12Relationships be-tween leadership and success in different types ofproject complexities 显示文摘Muller R Geraldi J Turner J R 2012Engineering Management IEEETransactions on2012,59,1:1
13The balance between order and chaos in multi-project firms: a conceptual model 显示文摘Geraldi J G 2008International Journal of Project Management2008,26,:1
14Mapping of QTLs associated with biological nitrogen fixation traits in soybean 显示文摘Santos M A Geraldi I O Garcia A A F 2013Hereditas2013,150,:1
15Isolation and characterization of soybean-associated bacteria and their potential for plant growth promotion 显示文摘KUKLINSKY-SOBRAL J ARAUJO W L MENDES R GERALDI I O PIZZIRANI-KLEINER A A AZEVEDO J L 2004Environment Microbiology2004,6,:1
16Regenerated polymer optical fiber Bragg gratings with thermal treatment for high temperature measurements显示文摘We report for the first time, to the best of our knowledge, regenerated polymer optical fiber Bragg gratings(RPOFBGs) in ZEONEX-based polymer optical fibers(POFs). The regeneration temperature can be adjusted using a heat treatment process on the POF before FBG inscription, enabling a scalable improvement of the thermal stability of the RPOFBGs. Thermal sustainability of the RPOFBGs at high temperature conditions was investigated for their prolonged use in diverse environments. Furthermore, these RPOFBGs can withstand strain levels up to 2.8% while maintaining a good linearity, even at temperature of 110℃. The RPOFBGs are capable of short-term operation at elevated temperatures of up to 132℃, which is the standard temperature for steam sterilization with at least a 4 min exposure period. The distinction in the morphologies of the two grades of ZEONEX(E48R and 480R, ZEON Corp.) used to fabricate the optical fiber together with the characteristics of UV irradiated and regenerated gratings is explained using micro-Raman spectroscopy. Collectively, these findings provide new heights for long-term operation of POF Bragg gratings(POFBGs) at elevated temperature environments and would be applicable to a wide range of disciplines.Dinusha Serandi Gunawardena Xin Cheng Jingxian Cui Geraldi Edbert Linyue Lu Yuk Ting Ho Hwa-Yaw Tam 2022Photonics Research2022,10,4:0
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