Temperature Modeling(温度建模)研究综述
Temperature Modeling 温度建模 - ABSTRACT Determination of compounds and temperature modeling during heating of limestone have been carried out to obtain pure CaO from Papua limestone. [1] We have surveyed the required extensions needed to perform DFT on MAPbI3 which necessarily include the temperature modeling, crystal vibrational and frame deformation, phonon action and the novel characteristics of a free MA cation constrained within a Pb-I structure. [2] The prospects of oil and gas content occurring in the Cretaceous–Paleogene deposits in the Middle Amur sedimentary basin within the Pereyaslavsky graben have been clarified based on updated data on the tectonostratigraphic complexes of the basin by one-dimensional paleotemperature modeling. [3] The prospects of oil and gas content of the Cretaceous-Paleogene deposits of the Middle Amur sedimentary basin within the Pereyaslavsky graben are clarified on the basis of updated data on the tectonic-stratigraphic complexes of the basin using the method of one-dimensional paleotemperature modeling. [4] To perform joint paleotemperature modeling of sedimentary basins of the «modern» Jurassic-Cretaceous and Paleozoic «paleobasins», the Ostaninskaya 438P well was selected, which is due to the presence of measured temperatures both in the Jurassic sections and in the pre-Jurassic formations, as well as fluid inflows from the pre-Jurassic horizons into the well. [5] The proposed methods are verified on a synthetic data set and validated on real-world data from temperature modeling and speech enhancement tasks. [6] The experiments were complemented with temperature modeling, equilibrium calculations, and γ′ precipitation simulations. [7] By three-temperature modeling, the NC sintering mechanism mediated by electron induced ligand transformation is suggested. [8] The methodology presents an application of transient-temperature modeling for computing flow rates from temperature data obtained during a wireline run. [9] Conductive and convective heat transfer equations with source terms are used for temperature modeling. [10] The results of CFD and temperature modeling were imported into the mechanical module ANSYS Static Structural, where the finite element method was used to simulate the stressed state of the shaped elements of the main gas pipeline, taking into account the gas-dynamic processes occurring in their internal cavity and the temperature difference in the walls. [11] Time-temperature modeling of published data reveal a major phase of tectonic activity from 55 to 50 Ma that was of a magnitude equivalent to the total modern bedrock relief of Owens Valley. [12] We focus on the temperature modeling of the IOC modulation phase error. [13] The method of paleotemperature modeling was used to calculate the heat flow density from the base of a sedimentary section (by solving the inverse problem of Geothermy). [14] 2-mm-thick Ti-6Al-4V titanium alloy, and 6061 aluminum alloy were consolidated with the UC method; and temperature modeling and experiments of consolidation joints were carried out. [15] The scientific novelty of the work consists in the development of the theoretical foundations of the physical low-temperature modeling of erosive destruction of the ladles lining and other metallurgical units by high-temperature metal melts. [16] Two-dimensional finite-element method electromagnetic simulations of the composite nanostructure and multitemperature modeling of the energy flow dynamics enable us to identify the key mechanism presiding over the light–heat conversion in these kinds of nanomaterials. [17] Lumped parameter network is a popular approach for temperature modeling. [18] Spatiotemporal localization of the generation foci of Togurskaya oil is performed with the original method of paleotemperature modeling. [19] We contrast two-temperature modeling of heat transport in Pt an Ru films to calculations for Cu, which has a much longer nonequilibrium length scale, ${l}_{ep}\ensuremath{\approx}63\phantom{\rule{0. [20]抽象的 已经进行了石灰石加热过程中化合物的确定和温度模拟，以从巴布亚石灰石中获得纯 CaO。 [1] 我们已经调查了在 MAPbI3 上执行 DFT 所需的扩展，其中必然包括温度建模、晶体振动和框架变形、声子作用以及受限于 Pb-I 结构内的自由 MA 阳离子的新特性。 [2] Pereyaslavsky 地堑中阿穆尔中部沉积盆地白垩纪-古近系沉积物中油气含量的前景已根据盆地构造地层复合体的一维古温度模拟的最新数据进行了澄清。 [3] 在更新盆地构造-地层复合体数据的基础上，采用一维古温度模拟的方法，阐明了佩列亚斯拉夫斯基地堑内阿穆尔中部沉积盆地白垩纪-古近系矿床的油气含量前景。 [4] 为了对“现代”侏罗纪-白垩纪和古生代“古盆地”的沉积盆地进行联合古温度模拟，选择了 Ostaninskaya 438P 井，这是因为在侏罗纪剖面和前侏罗纪地层中都存在测量温度，以及从前侏罗纪地层流入井中的流体。 [5] 所提出的方法在合成数据集上进行了验证，并在来自温度建模和语音增强任务的真实数据上进行了验证。 [6] 实验辅以温度建模、平衡计算和 γ' 降水模拟。 [7] 通过三温度建模，提出了由电子诱导配体转变介导的NC烧结机制。 [8] 该方法提出了瞬态温度建模的应用，用于根据电缆运行期间获得的温度数据计算流量。 [9] 带有源项的传导和对流传热方程用于温度建模。 [10] 将CFD和温度建模的结果导入机械模块ANSYS Static Structural，利用有限元方法模拟主输气管道成型元件的受力状态，同时考虑到管道中发生的气体动力过程。内部空腔和墙壁的温差。 [11] 已发表数据的时间-温度模型揭示了从 55 到 50 Ma 的构造活动的主要阶段，其数量级相当于欧文斯谷现代基岩浮雕的总量。 [12] 我们专注于 IOC 调制相位误差的温度建模。 [13] 采用古温度模拟的方法计算沉积剖面底部的热流密度（通过解决地热的反问题）。 [14] 2mm厚的Ti-6Al-4V钛合金、6061铝合金采用UC法固结；并进行了固结节点的温度建模和实验。 [15] 这项工作的科学新颖性在于开发了高温金属熔体对钢包衬里和其他冶金单元的侵蚀破坏的物理低温建模的理论基础。 [16] 复合纳米结构的二维有限元方法电磁模拟和能量流动力学的多温度建模使我们能够确定主导这些纳米材料中光热转换的关键机制。 [17] 集总参数网络是一种流行的温度建模方法。 [18] Togurskaya油生成焦点的时空定位是用原始的古温度建模方法进行的。 [19] 我们将 Pt 和 Ru 薄膜中热传输的两温度建模与 Cu 的计算进行对比，Cu 的非平衡长度尺度更长，${l}_{ep}\ensuremath{\approx}63\phantom{\rule{0 . [20]
Stream Temperature Modeling
Most statistical stream temperature modeling techniques are limited in their ability to account for the influence of variables changing across spatial and temporal gradients. [1] Amid resource limitations, fisheries managers can use the stream temperature modeling approach described herein to predict effects of climate change on brook charr survival and growth and take actions to facilitate their sustainability in riverine systems. [2]大多数统计流温度建模技术在解释变量随空间和时间梯度变化的影响方面的能力有限。 [1] 在资源有限的情况下，渔业管理者可以使用本文所述的河流温度建模方法来预测气候变化对小溪的生存和生长的影响，并采取行动促进其在河流系统中的可持续性。 [2]
Water Temperature Modeling 水温建模
Tmax was theoretically set at 20, 25 and 30 °C to calculate energy savings and CO2 emission reduction and for water temperature modeling during transport after cold recovery. [1] Using a hydrologic and water temperature modeling approach in the Meramec River basin in eastern Missouri, U. [2]Tmax 理论上设定为 20、25 和 30 °C，以计算节能和 CO2 减排量以及冷回收后运输过程中的水温建模。 [1] 在美国密苏里州东部的梅拉梅克河流域使用水文和水温建模方法。 [2]
temperature modeling technique
To address this problem, this article proposed a temperature modeling technique and a real-time drift pre-compensation procedure by applying autoregressive moving average (ARMA) technology. [1] Most statistical stream temperature modeling techniques are limited in their ability to account for the influence of variables changing across spatial and temporal gradients. [2]为了解决这个问题，本文提出了一种温度建模技术和一种应用自回归移动平均（ARMA）技术的实时漂移预补偿程序。 [1] 大多数统计流温度建模技术在解释变量随空间和时间梯度变化的影响方面的能力有限。 [2]
temperature modeling approach
Using a hydrologic and water temperature modeling approach in the Meramec River basin in eastern Missouri, U. [1] Amid resource limitations, fisheries managers can use the stream temperature modeling approach described herein to predict effects of climate change on brook charr survival and growth and take actions to facilitate their sustainability in riverine systems. [2]在美国密苏里州东部的梅拉梅克河流域使用水文和水温建模方法。 [1] 在资源有限的情况下，渔业管理者可以使用本文所述的河流温度建模方法来预测气候变化对小溪的生存和生长的影响，并采取行动促进其在河流系统中的可持续性。 [2]