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中国菌物学会2016年学术年会

作者： Youn Su Lee Mahesh Adhikari Sangwoo Kim dil raj yadav Hyun Seung Kim Yong Hyun Um Division of Biological Resource Sciences Kangwon National University

Soil fungal diversity study was carried out from field soil in 2013,2014 and 2015 from different places of *** 2013,soil samples were collected from the Gangwon-do province.11 fungal species were identified as a new record from the isolated fungal isolates from 576 soil ***（KNU13-1）,Pseudallescheriaboydii（KNU13-2）,Penicilliummenonorum（KNU13-3）,Mortierellaalpina（KNU13-4）,Oidiodendronflavum（KNU13-5）,Penicilliumcremeogriseum（KNU13-6）,Purpureocilliumlilacinum（KNU13-7）,Torulacaligans（KNU13-8）,Scolecobasidiumterreum（KNU13-9）,Thielaviaterricola（KNU13-10） and Colletotrichumpisi（KNU13-11） were the newly unreported fungal species recovered in 2013.500 soil samples were isolated in 2014 from Gyeonggi-do and Gyeongsangbuk-do.12 new fungal isolates were recovered as a new record in ***（KNU14-1）,Pseudeurotiumbakeri（KNU14-2）,Fusicollaacetilerea（KNU14-3）,Mortierellazychae（KNU14-5）,Neosartoryaaureola（KNU14-7）,Paecilomycesmarquandii（KNU14-8）,Chaetomiummadrasense（KNU14-9）,Talaromycespurpurogenus（KNU14-10）,Phialocephalalagerbergii（KNU14-11）,Penicilliumrubidurum（KNU14-12）,Gongronellabutleri（KNU14-13-1） and Mortierellaambigua（KNU14-14） were identified as a new record in *** addition,17 new fungal species was identified from 550 soil samples from Jeollanam-do ***,Thielaviahyrcaniae,Zopfiellalongicaudata,Cladosporiumsilenes,Cordycepschlamydosporia,Pochoniasuchlasporia,Paraphaeosphaeriasporulosa,Acremoniumzonatum,Xylogonesphaerospora,Humicolopsiscephalosporioides,Mortierellaindohii,Sporothrixinflata,Pseudeurotiumbakeri,Acremoniumcellulolyticus,Talaromycestrachyspermus,Umbelopsisdimorpha,and Paecilomycestenuis were obtained in *** samples were isolated through the serial dilution *** characteristics of the newly identified fungal isolates wasalso studied under the simplemicroscope and scanning electron *** genomic DNA of each isolates was extracted using QIAGEN＆#174;Plasmid Mini

关键词： Diversity Identification Isolates Sequencing

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FEM Approach for Transient Heat Transfer in Human Eye

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Applied Mathematics 2013年第10期4卷 30-36页

作者： Gokul K. C. dil Bahadur Gurung Pushpa raj Adhikary Department of Natural Sciences (Mathematics) School of Science Kathmandu University Kavre Nepal

In this paper, a bio-heat transfer model of temperature distribution in human eye is discussed using appropriate boundary conditions for cornea and sclera. Variational finite element method with Crank-Nicolson scheme is used to calculate the transient temperature distribution in normal human eye. The temperature with and without the effect of blood perfusion and metabolism on retina is simulated and compared for various ambient temperatures, evaporation rates and lens thermal conductivities. The obtained results are compared with experimental results and past results found in literatures. The results show that the steady state corneal temperature is achieved in around 31 and 45 minute of exposure at ambient temperatures 10℃ and 50℃ respectively. Steady state eye temperature is achieved earlier at higher evaporation rate. Similar result is achieved for higher lens thermal conductivity and also for lower ambient temperature.

关键词： Human Eye Bio-Heat Transfer FEM Numerical Simulations

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