Radiation

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Radiation

机译：辐射

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Several variants of spatio-temporal kriging are used to perform very short-term solar irradiance forecasting by utilizing data from a sensor network. Kriging can produce forecasts not only at the locations of the irradiance monitoring stations, but also at locations where sensors are not installed. Leave-one-out cross-validation is used to test the kriging performance at unobserved locations. Kriging weights are determined either empirically or using a correlation function. Four parametric correlation functions (correlograms) are herein considered, namely, separable, fully symmetric, and two polynomial-adjusted correlation functions. A dense 1 km × 1.2 km network of 17 stations located on Oahu island, Hawaii, is used in this paper. We find that kriging based on a polynomial-adjusted correlation function (the best among the parametric models) is able to obtain forecast skill up to 0.43 and 0.36 for observed and unobserved locations respectively, for a forecast horizon of 50 s. It is also found that empirical kriging performs better than parametric models at small forecast horizons (such as 30 s). However, it loses accuracy for forecast horizons longer than 100 s.

机译：时空克里金法的几种变体用于通过利用来自传感器网络的数据来执行非常短期的太阳辐照度预测。克里金法不仅可以在辐照监测站的位置，而且可以在未安装传感器的位置产生预测。留一法交叉验证用于在未观察到的位置测试克里金法性能。克里格权重可以凭经验或使用相关函数确定。这里考虑四个参数相关函数（相关图），即，可分离的，完全对称的和两个多项式调整的相关函数。本文使用了位于夏威夷瓦胡岛的由17个站点组成的1 km×1.2 km的密集网络。我们发现，基于多项式调整的相关函数（参数模型中最好的）的克里金法能够在50 s的预测范围内分别获得0.43和0.36的观测技能，分别用于观测和未观测位置。还发现，在较小的预测范围（例如30 s）下，经验克里金法比参数模型的性能更好。但是，对于超过100 s的预测范围，它将失去准确性。

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《Oceanographic Literature Review》 |2016年第2期|253-253|共1页
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机译：强度调制的放射治疗与乳腺癌区域核心辐射/后疗法放射治疗的患者进行3D共形放射治疗：超越了单位成果
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机译：非共面三维保形放射治疗，强度调制放射治疗和体积调节放射治疗对外周肺癌的递送
3. Polyploidy Is Genetic Hence May Cause Non-Adaptive Radiations, Whereas Pseudopolyploidy Is Genomic Hence May Cause Adaptive Non-Radiations [J] . Gorelick Root, Olson Krystle Journal of experimental zoology, Part B. Molecular and developmental evolution . 2013,第5期

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4. Prediction Models for Global Solar Radiations, Diffused Radiations and Direct Solar Radiations Using ANFIS [C] . Anand Mohan, Piyush Kuchhal, M.G. Sharma International Conference on Intelligent Communication, Control and Devices . 2017

机译：全球太阳辐射的预测模型，使用ANFI的扩散辐射和直接太阳辐射
5. Space Radiation Effects: Comparison of Ovarian Toxicity of Low Dose Gamma Radiation vs High Let Charged Particle Radiation [D] . Awodele, Oluseyi. 2021

机译：空间辐射效应：低剂量γ辐射卵巢毒性的比较Vs High让带电粒子辐射
6. Section III: Mechanisms and Low Level Effects of the Radiations: Action of ultrasonic and microwave radiations on transport processes in bilayer lipid membranes (abstract) [O] . P. A. Grigoriev, T. N. Pashovkin, A. P. Sarvazyan, 1982

机译：第三节：辐射的机理和低水平的影响：超声波和微波辐射对双层脂质膜运输过程的作用（抽象）
7. RADIATION USE EFFICIENCY, ABOVE GROUND BIOMASS ACCUMULATION, CANOPY DEVELOPMENT, LEAF AREA-LIGHT INTERCEPTION PROFILES AND RADIATION INTERCEPTION OF SUNFLOWER (Helianthus annuus L.) AS INFLUENCED BY IRRIGATION REGIMEN / INFLUENCIA DEL RÉGIMEN DE IRRIGACIÓN SOBRE LA EFICACIA DEL USO DE LA RADIACIÓN, LA ACUMULACIÓN DE BIOMASA, EL DESAROROLLO DEL CANOPEO, EL ÁREA DE LA HOJA Y LOS PERFILES DE INTERCEPCIÓN DE LUZ Y DE RADIACIÓN EN GIRASOL (Helianthus annuus L.) / EFFICACITÉ DE L’UTILISATION DES RADIATIONS SOLAIRES, ACCUMULATION DE LA BIOMASSE DANS LA PARTIE AÉRIENNE, DÉVELOPPEMENT DE L’OMBRELLE, PROFILS D’INTERCEPTION DE LA LUMIÈRE PAR LA FEUILLE ET INTERCEPTION DES RADIATIONS SOLAIRES CHEZ LE TOURNESOL (Helianthus annuus L.) SOUS L’INFLUENCE D’UN RÉGIME D’IRRIGATION [O] . S. Sridhara, T.G. Prasad 2001

机译：辐射利用效率，以上地下生物质积累，天覆开发，叶面积光截取轮廓和辐射拦截向日葵（Helianthus Annuus L.），受到灌溉方案/影响religaciónn的erficacia del Uso的Radiación的eFicacia del USO的影响Acumulacióndebiomasa，El Desarololo del Canopeo，EláreadeLajay洛杉矶（Helianthus Annuus L.）的IntercacepcióndeLuzYdeRémiaión的洛杉矶·布林在灌溉制度影响下，在向日葵（Helianthus Annuus L.）中的截取，截取光线截图和拦截太阳辐射
8. 2013 Space Radiation Standing Review Panel Status Review for: The Risk of Acute and Late Central Nervous System Effects from Radiation Exposure, The Risk of Acute Radiation Syndromes Due to Solar Particle Events (SPEs), The Risk Of Degenerative Tissue Or Other Health Effects From Radiation Exposure, and The Risk of Radiation Carcinogenesis [R] . 2014

机译：2013年空间辐射常设审查小组现状审查：暴露暴露的急性和晚期中枢神经系统影响的风险，由于太阳粒子事件（spE）引起的急性放射综合症的风险，退化组织的风险或其他辐射对健康的影响暴露和辐射致癌的风险

Radiation

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