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	题名	作者	年代	出处	被引量
1	Tacoma Narrows 50 years later-wind engineering investigations for parallel bridges 显示文摘	Irwin P A Stoyanoff S Xie J M	2005	Bridge Structures: Assessment Design and Construction2005，1，1：	1
2	Tacoma narrows 50 years later-Wind engineering investigations for parallel bridges 显示文摘	Irwin P A Stoyanoff S Xie J M	2005	Bridges Structures2005，1，1：	1
3	Temporal and spatial analysis of electrogenerated Ru(bpy)33+chemiluminescent reactions in flowing streams显示文摘	SHULTZ L L STOYANOFF J S NIEMAN T A	1996	Anal Chem1996，68，2：	1
4	Temporal and spatial analysis of electrogenerated Ru(bpy) 3^3+ chemiluminescent reactions in flowing streams显示文摘	SHULTZ L L STOYANOFF J S NIEMAN T A	1996	Anal Chem1996，，68：	1
5	Amelioration of lipopolysaccharide-induced acute kidney injury by erythropoietin: involvement of mitochondria-regulated apoptosis 显示文摘	STOYANOFF TR TODARO JS AGUIRRE MV	2014	Toxicology2014，6318，：	1
6	Examing Success Factors Related to ERP Implementations In Higher Education Shared Services Projects显示文摘	STOYANOFF D G P	2012	Capella University2012，，：	1
7	Error assessment for wind for wind historier generated by auto-regressive method 显示文摘	Novak D Stoyanoff Herda H	1995	Structural Safety1995，17，2：	1
8	Amelioration oflipopolysaccharide-induced acute kidney injury by erythropoietin :involvement of mitochondria-regulated apoptosis 显示文摘	Stoyanoff TR Todaro JS Aguirre MV	2014	Toxicology2014，318，318：	1
9	Error assessment for wind histories generated by autoregressive method显示文摘	Novak D Stoyanoff S Herda H	1995	Structural Safety1995，17，2：	1
10	Tacoma narrows 50 years later-wind engineering investigations for parallel bridges显示文摘	Irwin P A Stoyanoff S Xie J M	2005	Bridges Structures2005，1，1：	1
11	A Unified Approach for 3D Stability and Time Do- main Response Analysis with Application of Quasi - Steady Theory 显示文摘	Stoyan Stoyanoff	2001	Journal of Wind Engineering and Industrial Aerodynamics2001，89，：	1
12	Tacoma Narrows 50 years later-wind engineering investigations for parallel bridges 显示文摘	Irwin R A Stoyanoff S Xie J	2005	Bridge Structures: Assessment Design and Construction2005，1，1：	1
13	A Unified Approach for 3D Stability and Time Domain Response Analysis with Application of Quasi-Steady Theory显示文摘	Stoyan Stoyanoff	2001	Journal of Wind Engineering and Industrial Aerodynamics2001，89，：	1
14	Tacoma narrows 50 years later-Wind engineering investigations for parallel bridges 显示文摘	Irwin P A Stoyanoff S Xie J M	2005	Bridges Structures2005，1，1：	1
15	Tacoma Narrows 50 Years Later-Wind Engineering Investigations for Parallel Bridges显示文摘	IRWIN P A STOYANOFF S XIE J M	2005	Bridge Structures: Assessment Design and Construction2005，1，1：	1
16	Error assessment for wind histories generated by autoregressive method显示文摘	Drahomir Novak Stoyan Stoyanoff Hans Herda	1995	Structural safety1995，17，2：	1
17	Tacoma nar-rows 50 years later Wind engineering investiga- tions for parallel bridges 显示文摘	Irwin P A Stoyanoff S Xie J M	2005	Bridges Structures2005，1，1：	1
18	Temporal and spatial analysis of electrogenerated Rufbpy),' chemiluminescent reactions in flowing streams 显示文摘	Shultz L L Stoyanoff J S Nieman T A	1996	Analytical Chemistry1996，68，2：	1
19	Error assessment for wind histories generated by autoregressive method 显示文摘	Novak D Stoyanoff S Herda H	1995	Structural Safety1995，17，2：	1
20	Military trainees can accurately measure optic nerve sheath diameter after a brief training session显示文摘Background: Identification of elevated intracranial pressure is important following traumatic brain injury. We assessed the feasibility of educating military trainees on accurately obtaining optic nerve sheath diameter measurements using a brief didactic and hands-on training session. Optic nerve sheath diameter is a noninvasive surrogate marker for elevated intracranial pressure, and may be of value in remote military operations, where rapid triage decisions must be made without access to advanced medical equipment.Methods: Military trainees with minimal ultrasound experience were given a 5-min didactic presentation on optic nerve sheath diameter ultrasound. Trainees practiced optic nerve sheath diameter measurements guided by emergency physician ultrasound experts. Trainees then measured the optic nerve sheath diameter on normal volunteers. Following this, a trained physician measured the optic nerve sheath diameter on the same volunteer as a criterion standard. An average of three measurements was taken.Results: Twenty-three military trainees were enrolled. A mixed design ANOVA was used to compare measurements by trainees to those of physicians, with a mean difference of –0.6 mm(P=0.76). A Bland-Altman analysis showed that the degree of bias in optic nerve sheath diameter measures provided by trainees was very small: d=–0.004 for the right eye and d=–0.007 for the left eye.Conclusions: This study demonstrates that optic nerve sheath diameter measurement can be accurately performed by novice ultrasonographers after a brief training session. If validated, point-of-care optic nerve sheath diameter measurement could impact the triage of injured patients in remote areas.	Joseph Betcher Torben KBecker Peter Stoyanoff Jim Cranford Nik Theyyunni	2019	Military Medical Research2019，6，3：	0

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