摘要：The utilization of prefabricated light modular radiant heating system has demonstrated significant increases in heat transfer efficiency and energy conservation *** prefabricated building construction,this new heating method presents an opportunity for the development of comprehensive *** parameters for evaluating the effectiveness of such a system are the upper surface layer’s heat flux and *** this paper,thermal resistance analysis calculation based on a simplified model for this unique radiant heating system analysis is presented with the heat transfer mechanism’s *** results obtained from thermal resistance analysis calculation and numerical simulation indicate that the thermal resistance analysis method is highly accurate with temperature discrepancies ranging from 0.44℃ to−0.44℃ and a heat flux discrepancy of less than 7.54%,which can meet the requirements of practical engineering applications,suggesting a foundation for the prefabricated radiant heating system.

摘要：文章梳理北部湾地区海洋文化创意产品设计现状,分析海洋文化创意的发展特点、方向和趋势。围绕用户体验,从海洋文化特征、设计元素、文化创意产品设计中的材料和工艺几个角度出发,梳理文创产品设计的方法和路径,并以北部湾地区海洋文化为主题开展文化创意产品研发。未来只有深入研究北部湾地区的海洋文化特征,融合文创产品的文化性、实用性和创新性特征,结合现代科技与设计方法,才能设计出具有多样和个性的文创产品,从而促进北部湾地区的经济发展。

摘要：经济的快速发展与社会的巨大变革,使我国民众个体自我意识不断觉醒,并时常陷入自我迷失的困境,导致患有抑郁症等心理、情绪疾病的人数激增。针对这一问题,本文通过对荣格的艺术补偿理论进行深入分析,来揭示导致现代社会个体迷失的心理学原因,并利用荣格心理学理论的疗愈机制,提出了有效的解决策略,进而建构一个针对个体心理健康和社会精神净化的“监测—诊断—疗愈”体系。这一体系既发扬了荣格艺术补偿理论的现实意义,也是对现有国民集体心理普查体系的有益补充,对于提高国民集体的心理健康水平、提升社会人群的心理健康品质具有积极作用。

摘要：Conjugated covalent organic frameworks(COFs)hold great promise in photocatalytic hydrogen evolution owing to their high crystallinity,large surface area,and distinct ***,COFs exhibit poor charge ***,investigating highly effective COF-based photocatalysts is *** the first time,conjugated COF/perylene diimide urea polymer(PUP)all-organic heterostructure with S-scheme interfacial charge-transfer channels was successfully developed and manufactured via in situ coupling of the two-dimensional triazine-based imine-linked COF(denoted as TATF-COF)with *** optimal photocatalytic hydrogen-evolution rate of 94.5 mmol h^(-1) g^(-1) for TATF-COF/PUP is 3.5 times that of pure TATF-COF and is comparable to or even higher than that of the previously reported COF-based photocatalysts,resulting in an apparent quantum efficiency of up to 19.7%at 420 *** improved directional S-scheme charge transfer driven by the tuned built-in electric field and enhanced oxidation and reduction reaction rates of the photogenerated carriers contribute synergistically to the boosted photocatalytic H_(2) *** and theoretical studies reveal plausible H_(2) evolution and spatial S-scheme charge-separation mechanisms under visible-light *** study provides advanced methods for constructing all-organic S-scheme high-efficiency photocatalysts by the modulation of band structures.

摘要：Benedict is an award-winning novelist and non-fiction writer specializing in social *** non-fiction book The Lonely Soldier reflects the impact of war on violence against *** soldiers are always the victims of violence,before,during,and after serving in the Iraq *** thesis aims to explore their trauma and illuminate the book’s meaning.

摘要：Photocatalytic solar fuel generation is currently a hot topic because of its potential for solving the energy crisis owing to its low cost and zero-carbon ***,the rapid bulk recombination of photoexcited carrier pairs is a fundamental *** resolve this problem,we synthesized a dual cocatalysts system of cobalt phosphide(Co P)and molybdenum carbide(Mo_(2)C)embedded on strontium titanate(Sr TiO_(3))*** with those of pristine SrTiO_(3) and binary samples,the dual cocatalysts system(denoted SCM)showed a significant improvement in the hydrogen evolution and CO_(2) reduction ***,the structure of SCM effectively promoted spatial charge separation and enhanced the photocatalytic *** addition,the Schottky junction formed between the SrTiO_(3) and cocatalysts enabled the rapid transfer of photoexcited electrons from SrTiO_(3) to the cocatalysts,resulting in effective separation and prolonged photoexcited electron *** electron migration route between SrTiO_(3) and the cocatalysts was determined by in situ irradiation X-ray spectroscopy,and band structures of Sr TiO_(3) and the cocatalysts are proposed based on results obtained from UV-vis diffraction reflection spectroscopy and ultraviolet photoelectron spectroscopy *** the basis of our results,the dual cocatalysts unambiguously boosts charge separation and enhances photocatalytic *** summary,we have investigated the flux of photoexcited electrons in a dual cocatalysts system and provided a theoretical basis and ideas for subsequent research.

摘要：Inspired by MXene nanosheets and their regulation of surface functional groups,a series of Ti_(2)C‐based single‐atom electrocatalysts(TM@Ti_(2)CT_(x),TM=V,Cr,Mn,Fe,Co,and Ni)with two dif‐ferent functional groups(T=–O and–S)was *** CO_(2)RR catalytic performance was stud‐ied using well‐defined ab initio *** results show that the CO_(2) molecule can be more readily activated on TM@Ti_(2)CO_(2) than the TM@Ti_(2)CS_(2) *** charge analysis reveals that the Ti_(2)CO_(2) substrate is involved in the adsorption reaction,and enough electrons are injected into the 2π*u orbital of CO_(2),leading to a V‐shaped CO_(2) molecular configuration and partial negative charge *** V‐shaped CO_(2) further reduces the difficulty of the first hydrogenation reac‐tion *** calculatedΔG of the first hydrogenation reaction on TM@Ti_(2)CO_(2) was significantly lower than that of the TM@Ti_(2)CS_(2) ***,the subsequent CO_(2) reduction pathways show that the UL of the potential determining step on TM@Ti_(2)CS_(2) is smaller than that of TM@Ti_(2)CO_(2).Combining the advantages of both TM@Ti_(2)CS_(2) and TM@Ti_(2)CO_(2),we designed a mixed functional group surface with–O and–S to anchor TM *** results show that Cr atoms an‐chored on the surface of mixed functional groups exhibit high catalytic activity for the selective production of *** study opens an exciting new avenue for the rational design of highly selec‐tive MXene‐based single‐atom CO_(2)RR electrocatalysts.

摘要：The rapid recombination of photo-generated electron-hole pairs,insufficient active sites,and strong photocorrosion have considerably restricted the practical application of Cd S in photocatalytic ***,we designed and constructed a 2D/2D/2D layered heterojunction photocatalyst with cascaded 2D coupling *** using electron spin resonance spectroscopy,ultraviolet photoelectron spectroscopy,and in-situ irradiation X-ray photoelectron spectroscopy were conducted to confirm the 2D layered CdS/WO_(3) step-scheme(S-scheme)heterojunctions and CdS/MX ohmic ***,it was found that the strong interfacial electric fields in the S-scheme heterojunction photocatalysts could effectively promote spatially directional charge separation and transport between CdS and WO_(3) *** addition,2D Ti_(3)C_(2) MXene nanosheets with a smaller work function and excellent metal conductivity when used as a co-catalyst could build ohmic junctions with Cd S nanosheets,thus providing a greater number of electron transfer pathways and hydrogen evolution *** showed that the highest visible-light hydrogen evolution rate of the optimized MX-Cd S/WO_(3) layered multi-heterostructures could reach as high as 27.5 mmol/g/h,which was 11.0 times higher than that of pure CdS ***,the apparent quantum efficiency reached 12.0% at 450 *** is hoped that this study offers a reliable approach for developing multifunctional photocatalysts by integrating S-scheme and ohmic-junction built-in electric fields and rationally designing a 2D/2D interface for efficient light-to-hydrogen fuel production.

摘要：目前的研究表明,通用风格迁移取得了显著成功,即能将任意视觉风格迁移到内容图像。然而,在图像任意风格迁移的评价维度中,只考虑语义结构的保留度和风格图案的多样性是不全面的,还应将艺术美感纳入考量范围。现有方法普遍存在艺术美感不自然的问题——表现为风格化图像中会出现不和谐的图案和明显的伪影,很容易与真实的艺术作品区分开来。针对该问题,提出了一种艺术美感增强的图像任意风格迁移方法。首先,设计了一个多尺度艺术美感增强模块,通过提取不同尺度的风格图像特征,改善了风格化图案不和谐的问题;同时,设计了一个美感风格注意力模块,使用通道注意力机制,根据艺术美感特征的全局美感通道分布自适应地匹配并增强相应的风格特征;最后,提出了一个协方差变换融合模块,将增强后的风格特征的二阶统计数据迁移到对应的内容特征上,在很好地保留内容结构的同时实现了美感增强的风格迁移。通过与4种最新的风格迁移方法进行定性比较,同时进行消融实验,分别验证了所提模块与所加损失函数的有效性;在5项定量指标的对比中,有4项取得最优分数。实验结果表明,所提方法可以生成艺术美感更和谐的风格迁移图像。

摘要：本文从荣格分析心理学中的“自性”(self)、“阿尼玛”(anima)等概念入手,从集体无意识心理学理论视角考察林风眠女性题材绘画创作,阐释艺术创作中普遍存在的无意识心理现象。艺术创作不仅受到艺术家的个体无意识的影响,也受到艺术家集体无意识的影响。集体无意识的原型是艺术创造力的来源,更是我们共享“艺术”这一概念的前提。作为人类集体无意识的象征,艺术具有的补偿性可以平衡社会意识中的偏见、反常或风险。从心理学视角对林风眠女性题材绘画进行理论阐释和艺术批评,有助于深度阐述、揭示艺术的社会价值和意义。