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11篇 您的检索式:作者名="Ganev"
    题名 作者 年代 出处 被引量
1A controlled trial 显示文摘Kleinknecht D Ganeval D Gonzalez-Duque LA Furo-semide in acute oliguric renal failure 1976Nephron1976,17,1:1
2The effect of roughage or concentrate feeding and tureen retention time on total degradation of protein in the rumen显示文摘Ganev G Orskov E R Srnart R I 1979Journal of Agricultural Science1979,93,:1
3Vessel and Channel Fast Reactors Cooled by Boiling Water or Water with Supercritical Parameters显示文摘B. A. Gabaraev I. Kh. Ganev V. K. Davydov Yu. N. Kuznetsov V. A. Reshetov A. V. Smirnov 2003Atomic Energy2003,,4:1
4The effect of roughage or concentrate feeding and remen retetion time on total degradation of protein in the rumen 显示文摘Ganev G Qrskov E R Smart R 1979J Agric Sci1979,93,:1
5Properties of particleboard made with a polyfurfuryl-alcohol/urea-formaldehyde adhesive显示文摘Schneider Marc H Chui Ying H Ganev Stefan B 1996Forest Products Journal1996,46,:1
6The effect of roughage or concentrate feeding and rumen retention time on total degradation of protein in the rumen显示文摘GANEV G E R ORSKOV R SMATT 1979J Agric Sci Comb1979,,93:1
7Next generation power and thermal manage- ment system 显示文摘YU S GANEV E 2008SAE International Journal of Aerospace2008,1,1:1
8Cloud motion estimation from METEOSAT images using time mutability method显示文摘Genkova I S Pachedjieva B Ganev G 1999Laser Physics and Applications1999,3571,:1
9Proteinuria in multiple myeloma and related diseases显示文摘Ganeval D Lacour B Chopin N 1990Am J Nephrol1990,10,1:1
10LED照明产品光色参数测量比对及结果分析显示文摘为了更好地了解LED照明产品的测量差异,寻找存在差异的原因,提高实验室之间测量结果的一致性,中国、德国两个国家的六个实验室对两组商用LED照明产品,包括LED球泡灯、LED筒灯、LED路灯进行了测量比对。两个国家的不同实验室采用了不同的测试设备,并分别溯源至本国的计量标准,比对结果表明各实验室间光通量的差异在±5%内,色温的偏差为±250 K内,虽大于中德两国光通量和色温单位量值之间的偏差,但仍然可以满足产品生产过程中的质量控制及国际贸易的需求。这表明只要测量设备按期校准、测试样品的测试条件尽量接近,不同实验室测试结果之间的偏差可以控制在可接受的范围之内。孙雪娇 赵丽霞 GANEV Hristo WAGNER Max KHANH Tran Quoc 2019照明工程学报2019,30,2:0
11Role of children in the Bulgarian COVID-19 epidemic:A mathematical model study显示文摘BACKGROUND The coronavirus disease 2019(COVID-19)pandemic affects all aspects of our lives,including children.With the advancement of the pandemic,children under five years old are at increased risk of hospitalization relative to other age groups.This makes it paramount that we develop tools to address the two critical aspects of preserving children's health–new treatment protocols and new predictive models.For those purposes,we need to understand better the effects of COVID-19 on children,and we need to be able to predict the number of affected children as a proportion of the number of infected children.This is why our research focuses on clinical and epidemiological pictures of children with heart damage post-COVID,as a part of the general picture of post-COVID among this age group.AIM To demonstrate the role of children in the COVID-19 spread in Bulgaria and to test the hypothesis that there are no secondary transmissions in schools and from children to adults.METHODS Our modeling and data show with high probability that in Bulgaria,with our current measures,vaccination strategy and contact structure,the pandemic is driven by the children and their contacts in school.RESULTS This makes it paramount that we develop tools to address the two critical aspects of preserving children's health–new treatment protocols and new predictive models.For those purposes,we need to understand better the effects of COVID-19 on children,and we need to be able to predict the number of affected children as a proportion of the number of infected children.This is why our research focuses on clinical and epidemiological pictures of children with heart damage post-COVID,as a part of the general picture of post-Covid among this age group.CONCLUSION Our modeling rejects that hypothesis,and the epidemiological data supports that.We used epidemiological data to support the validity of our modeling.The first summer wave in 2020 from the listed here school proms endorse the idea of transmissions from students to teachers.Latchezar Tomov Hristiana Batselova Snezhina Lazova Borislav Ganev Iren Tzocheva Tsvetelina Velikova 2023World Journal of Experimental Medicine2023,13,3:0
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