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17篇 您的检索式：作者名="Akahama"

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		题名	作者	年代	出处	被引量
	1	Strength of polycrystalline coarse -grained platinum to 330?GPa and of nanocrystalline platinum to 70?GPa from high-pressure x-ray diffraction data显示文摘	SINGH A K LIERMANN H P AKAHAMA Y	2008	J Appl Phys2008，103，：	1
	2	查看详情显示文摘	Singh A K Liermann H P Akahama Y Saxena S K Menendez-Proupin E		0，，：	1
	3	Pressure-Induced Superconductivity and Phase Transition in Selenium and Tellurium 显示文摘	Akahama Y Kobayashi M Kawamura H	1992	Solid State Commun1992，8，8：	1
	4	Growth of large single crystals of black phosphorus under high pressure显示文摘	ENDO S AKAHAMA Y TERADA S		0，，：	1
	5	Evidenceof a fcc-hcp transition in aluminum at multimegabar pres-sure 显示文摘	Akahama Y Nishimura M Kinoshita K	2006	Physical Review Letters2006，96，04：	1
	6	Raman scattering and X-ray diffraction experiments for phase HI of solid hydrogen 显示文摘	Akahama Y Kawamura H Hirao N et at	2010	J Phys:Conf Ser2010，215，01：	1
	7	X-ray diffraction study of Be to megabar pressure显示文摘	NAKANO K AKAHAMA Y KAWAMURA H	2002	J Phys:Condens Matter2002，14，10：	1
	8	The equation of state ofBi and cross-checking of Au and Pt scales to megabar pressure 显示文摘	Akahama Y Kawamura H SinghAK	2002	Journal of Physics: CondensedMatter2002，14，11：	1
	9	Superconductivityand phase transition of zirconiumunder high pressure up to 50 GPa显示文摘	Akahama Y Kobayashi M Kawamura H	1990	Journal of The Physical Society of Japan1990，59，11：	1
	10	Diamond anvil Raman gauge in multimegabar pressure range显示文摘	Yuichi Akahama Haruki Kawamura	2007	High Pressure Research2007，，4：	1
	11	Evidence of a fcc-hcp Transition in Aluminum at Multimegabar Pressure显示文摘	Akahama Y Nishimura M Kinoshita K	2006	Phys Rev Lett2006，96，04：	1
	12	High-Pressure X-RayDiffraction Study on Electronics-d Transition in Zirconium 显示文摘	Akahama Y KobayashiM Kawamura H	1991	Journal of the Physics Society Japan1991，60，10：	1
	13	08 cluster structure oi the epslton phase ot sotlo oxygen 显示文摘	Fujihisa H Akahama Y Kawamura H	2006	rnyxev Lett2006，97，08：	1
	14	New high-pressure structural transition of oxygen at 96 GPa asso- ciated with metallization in a molecular solid 显示文摘	Akahama Y Kawamura H Hiusermann D	1995	Phys Rev Lett1995，74，23：	1
	15	Equation of State of Bismuth to 222 GPa and Comparison of Gold and Platinum Pressure Scales to 145 GPa显示文摘	Yuichi Akahama Haruki Kawamura Singh A K	2002	J Appl Phys2002，92，：	1
	16	A Comparison of Volume Compressions of Silver and Gold up to 150 GPa显示文摘	Akahama Y Kawamura H Singh A K	2004	J Appl Phys2004，95，：	1
	17	Equations of state of iron and nickel to the pressure at the center of the Earth显示文摘Synchrotron radiation x-ray diffraction investigations of iron(Fe)and nickel(Ni)are conducted at pressures up to 354 and 368 GPa,respectively,and the equations of state(EOSs)at 298 K for the two elements are obtained for data extending to pressures as high as those at the center of the Earth,using the latest Pt-EOS pressure scale.From a least-squares fit to the Vinet equation using the observed pressure–volume data,the isothermal bulk modulus K0 and its pressure derivative K′0 are estimated to be 159.27(99)GPa and 5.86(4)for hcp-Fe,and 173.5(1.4)GPa and 5.55(5)for Ni.By comparing the present EOSs and extrapolated EOSs reported in the literature for Fe and Ni,the volumes of Fe and Ni at 365 GPa are found to be 2.3%and 1.5%larger than those estimated from extrapolated EOSs in previous studies,respectively.It is concluded that these discrepancies are due to the pressure scale.The present results suggest that the densities of Fe and Ni at a pressure of 365 GPa corresponding to the center of the Earth are 2.3%and 1.5%,respectively,lower than previously thought.	Naohisa Hirao Yuichi Akahama Yasuo Ohishi	2022	Matter and Radiation at Extremes2022，7，3：	0

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