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13篇 您的检索式：作者名="Degala"

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		题名	作者	年代	出处	被引量
	1	Acousticemission monitoring of CFRP reinforced concrete slabs显示文摘	DEGALA S RIZZO P RAMANATHAN K	2009	Construction and Building Materials2009，23，5：	1
	2	Acoustic emission monitoring of CFRP reinforced concrete slabs显示文摘	Sandeep Degala Piervincenzo Rizzo Karthik Ramanathan Kent A. Harries	2008	Construction and Building Materials2008，，5：	1
	3	Sphingosine and sphingosine 1-phosphate stimulate cell proliferation显示文摘	Rafi MA Degala G	1991	J Cell Biol1991，，114：	1
	4	Loss of the oncogenicphosphatase PRL-3 promotes a TNF-R1 feedback loop that medi-ates triple-negative breast cancer growth 显示文摘	Gari HH DeGala GD Lucia MS	2016	Oncogenesis2016，5，8：	1
	5	Calcium signa- ling in response to fluid flow by ehondrocytes in 3D al- ginate culture 显示文摘	Degala S Williams R Zipfel W etal	2012	Journal of Orthopaedic Research2012，30，5：	1
	6	Phosphatase of regeneratingliver-3 as a convergent therapeutic target for lymph node metastasisin esophageal squamous cell carcinoma 显示文摘	Gari HH DeGala GD Ray R	2016	Cancer Lett2016，380，2：	1
	7	Timing of aneurysrn surgery in subarachnoid haemorrhage-an observational study in the Netherlands显示文摘	Nieuwkamp DJ deGalas K Algra A	2005	Acta Neurochir (wien)2005，147，8：	1
	8	Sphingosine phosphate stimulate cell proliferation显示文摘	Zhang H Rafi M A Degala G	1991	J Cell Biol1991，114，：	1
	9	Molten pool behavior in the tandem submerged arc welding process 显示文摘	Cho Dae Won Degala Venkata Kiran Woo Hyun Song	2014	Journal of Materials Processing Technology2014，214，11：	1
	10	Calcium signaling in response to fluid flow by chondrocytes in 3D alginate culture显示文摘	Degala S Wil iams R Zipfel W		0，，05：	1
	11	Sphingosine and Sphingosine 1-phosphate Stimulate Cell Proliferation显示文摘	Rafi MA Degala G	1991	J Cell Biol1991，，114：	1
	12	Sphingosine and Sphingosinel-phosphate stimulate cell proliferation 显示文摘	Zhang H Rafi MA Degala G	1991	Cell Biol1991，114，2：	1
	13	Non-invasive optical characterization and estimation of Zn porosity in gas tungsten arc welding of Fe–Al joints using CR model and OES measurements显示文摘In this study,we employed a non-invasive approach based on the collisional radiative(CR)model and optical emission spectroscopy(OES)measurements for the characterization of gas tungsten arc welding(GTAW)discharge and quantification of Zn-induced porosity during the GTAW process of Fe–Al joints.The OES measurements were recorded as a function of weld current,welding speed,and input waveform.The OES measurements revealed significant line emissions from Zn-I in 460–640 nm and Ar-I in 680–800 nm wavelength ranges in all experimental settings.The OES coupled CR model approach for Zn-I line emission enabled the simultaneous determination of both essential discharge parameters i.e.electron temperature and electron density.Further,these predictions were used to estimate the Zn-induced porosity using OES-actinometry on Zn-I emission lines using Ar as actinometer gas.The OES-actinometry results were in good agreement with porosity data derived from an independent approach,i.e.x-ray radiography images.The current study shows that OES-based techniques can provide an efficient route for real-time monitoring of weld quality and estimate porosity during the GTAW process of dissimilar metal joints.	Sai SRIKAR Tinku KUMAR Degala Venkata KIRAN Reetesh Kumar GANGWAR	2023	Plasma Science and Technology2023，25，11：	0

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