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在“Elsevier电子期刊”中，命中：17,677条，耗时：0.1449324 秒

在所有数据库中总计命中：26,411条

1.Method of Assessment and Prediction of Temperature Conditions of Roadway Surfacing as a Factor of the Road Safety

作者：Yuriy Lazarev^a ; ^{lazarev-yurij@yandex.ru} ; Catherine Medres^b ; ^{k.medres@yandex.ru} ; Juha Raty^c ; ^{juha.raty@finnmap-infra.fi} ; Anatoliy Bondarenko^a ; ^{avb38@mail.ru}

关键词：prediction of temperature conditions of the roadway surfacing ; traffic safety

刊名：Transportation Research Procedia

出版年：2017

2.Prediction models and control algorithms for predictive applications of setback temperature in cooling systems

作者：Jin Woo Moon^a ; ^{gilerbert73@cau.ac.kr} ; Younju Yoon^b ; ^{younju.yoon@samsung.com} ; Young-Hoon Jeon^a ; ^{jeonyh@cau.ac.kr} ; Sooyoung Kim^c ; ^{sooyoung@yonsei.ac.kr}

关键词：Temperature control algorithm ; Setback temperature ; Cooling system ; Artificial neural network ; Prediction model ; Optimization ; Thermal conditioning

刊名：Applied Thermal Engineering

出版年：2017

3.Combining genome-wide prediction and a phenology model to simulate heading date in spring barley

作者：Ralf Uptmoor^a ; ^{ralf.uptmoor@uni-rostock.de} ; Klaus Pillen^b ; Claudia Matschegewski^a

关键词：Photoperiod ; Temperature ; Heading date ; Genomic prediction ; Phenology model

刊名：Field Crops Research

出版年：2017

4.Ensemble forecasts of road surface temperatures

作者：Zbyněk Sokol^a ; ^{sokol@ufa.cas.cz} ; Vojtěch Bližňá ; k^a ; Pavel Sedlá ; k^a ; Petr Zacharov^a ; Petr Pe&scaron ; ice^a ; Miroslav &Scaron ; kuthan^b

关键词：Road weather forecast ; Road surface temperature ; Ensemble prediction

刊名：Atmospheric Research

出版年：2017

5.Predictions of soot formation and its effect on the flame temperature of a pulverized coal-air turbulent jet

作者：Kailong Xu ; Yuxin Wu ; Haoshu Shen ; Qi Zhang ; Hai Zhang ; ^{haizhang@tsinghua.edu.cn}

关键词：Soot ; Pulverized coal combustion ; Turbulent flame ; Radiative heat transfer ; Flame temperature

刊名：Fuel

出版年：2017

6.Prediction of temperature decreasing on a green roof by using artificial neural network

作者：Dogan Erdemir^a ; Tahir Ayata^b ; ^{tahirayata@yahoo.com}

关键词：Green roof ; Temperature decreasing ; Thermal comfort ; Artificial neural network ; Roof cooling

刊名：Applied Thermal Engineering

出版年：2017

7.Numerical prediction of the unsteady temperature distribution in a cooling cabinet

作者：J. Arturo Alfaro-Ayala ; ^{ja.alfaroayala@ugto.mx} ; Agustí ; n R. Uribe-Ramí ; rez ; J. Isaac Minchaca-Mojica ; J. de J. Ramí ; rez-Minguela ; B. Uciel Alvarado-Alcalá ; Oscar A. Ló ; pez-Nú ; ñ ; ez.

关键词：Cooling cabinet ; Boussinesq approximation ; Temperature polynomials ; Unsteady state ; CFD simulations ; Refrigeration

刊名：International Journal of Refrigeration

出版年：2017

8.An investigation of the suitability of Artificial Neural Networks for the prediction of core and local skin temperatures when trained with a large and gender-balanced database

作者：K. Michael^a ; M.D.P. Garcia-Souto^b ; ^{p.garciasouto@ucl.ac.uk} ; P. Dabnichki^c ; ^{peter.dabnichki@rmit.edu.au}

关键词：ADALINE ; adaptive linear element ; AI ; artificial intelligence ; ANN/NN ; Artificial neural network(s) ; BMI ; body mass index (body mass of the subject divided by the square of the height in m ; i.e. kg/m2) ; Epoch ; a full data cycle ; i.e. each time the network is presented with a new training pattern ; FNN ; fuzzy neural network(s) ; Logsig ; the logistic sigmoid function ; MSE ; mean squared error ; Nodes ; the interconnections between hidden layers in the neural network (equivalent to neuron connections)

刊名：Applied Soft Computing

出版年：2017

9.An analytical model for the prediction of temperature distribution and evolution in hybrid laser-waterjet micro-machining

作者：Shaochuan Feng^a ; Chuanzhen Huang^a ; ^{chuanzhenh@sdu.edu.cn" class="auth_mail" title="E-mail the corresponding author} ; Jun Wang^b ; Hongtao Zhu^a ; Peng Yao^a ; Zhanqiang Liu^a

关键词：Analytical model ; Temperature field ; Hybrid process ; Micro-machining ; Laser ; Waterjet

刊名：Precision Engineering

出版年：2017

10.Prediction of radiofrequency ablation lesion formation using a novel temperature sensing technology incorporated in a force sensing catheter

作者：Guy Rozen ; MD ; MHA^* ; Leon Ptaszek ; MD^* ; Israel Zilberman ; DVM^&dagger ; ; Kevin Cordaro ; BS^* ; E. Kevin Heist ; MD ; PhD ; FHRS^* ; Christopher Beeckler ; BS^&dagger ; ; Andres Altmann ; BSc^&dagger ; ; Zhang Ying ; MD^* ; Zhenjiang Liu ; MD^* ; Jeremy N. Ruskin ; MD ; FHRS^* ; Assaf Govari ; PhD^&dagger ; ; Moussa Mansour ; MD ; FHRS^* ; ^{mmansour@mgh.harvard.edu}

关键词：Radiofrequency ; Catheter ablation ; Lesion assessment ; Contact force sensing ; Catheter orientation ; Thermocouple

刊名：Heart Rhythm

出版年：2017

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