domain
domain的相关文献在1986年到2022年内共计348篇,主要集中在数学、肿瘤学、自动化技术、计算机技术
等领域,其中期刊论文332篇、会议论文1篇、专利文献15篇;相关期刊159种,包括中国科学、中国科学、武汉大学学报:自然科学英文版等;
相关会议1种,包括沪、苏、闽暨全军生物技术药物研讨会等;domain的相关文献由870位作者贡献,包括(、YANG、ZHANG等。
domain
-研究学者
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- YANG
- ZHANG
- LI
- 徐罗山
- Akira Todoroki
- CHEN
- Ibrahim A. Eltayeb
- Khaled S. Al-Mashrafi
- Nisar A. Rather
- Ryosuke Matsuzaki
- SHEN
- Tadahiko Kimoto
- Touria Bouziane
- WU
- XU
- Yoshihiro Mizutani
- Yoshiro Suzuki
- ZHAO
- Zhong XIE
- 丁茂华
- 俞杭艳
- 冀国华
- 刘海玉
- 刘潮歌
- 叶可嘉
- 吕柯
- 吴志猛
- 周志昉
- 周立涛
- 崔翔
- 廖鹏
- 张奇业
- 张治起
- 张钱江
- 徐澄
- 戴世坤
- 戴钟铨
- 曲丽娜
- 李昆
- 李舜岩
- 李莹辉
- 毕蕾
- 汪建红
- 洪皓飞
- 胡国汉
- 胡苗苗
- 董笑飞
- 费飞
- 赵东东
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Zheng-An Wang;
Qi-Ya Fu
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摘要:
Pattern recognition receptor(PRR)is a kind of sensor which is mainly expressed on the surface of innate immune cells.It can recognize pathogen related molecular patterns(PAMPs)or damage related molecular patterns(DAMPs).The innate immune system uses pattern recognition receptors to recognize pathogenic microorganisms in periodontal tissues and transmit signals to downstream pathways in time,thus triggering immune responses and then eliminating them.PRR has many family members,including toll like receptor family(TLRs),C-type lectin receptor family(CLRs),retinoic acid induced gene I(RIG-I)like receptor family(RLRs)and nucleotide binding oligomer domain(NOD)like receptor family(NLRs).Among them,RLRs are cytoplasmic receptors that recognize dsRNA from RNA viruses and have little association with chronic periodontitis.In this paper,the classification and structure of TLRs,CLRs,NLRs and the role of signal transduction pathway in chronic periodontitis are reviewed.In order to enrich the pathogenesis of periodontitis,provide new ideas for the treatment and prevention of chronic periodontitis.
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Xuefeng Zhou;
Cong Gao;
Dandan Wang;
Shang Peng;
Lujun Huang;
Wenge Yang;
Wen-Hua Zhang;
Xiang Gao
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摘要:
Perovskite-type lithium lanthanum titanates(LLTO)display a high bulk ionic conductivity and are considered a promising electrolyte for building up to advanced solid-state Li-ion batteries.The LLTO crystals contain a high concentration of intrinsically formed 90ο-rotated domain boundaries(DBs)serving as barriers to bulk Li-ion conduction.However,the mechanism of how the DB concentration and DB resistance can compete with each other to determine the bulk conductivity of LLTO is still unknown.Here we report a comprehensive study of LLTO compounds,aimed to unravel the mechanism and hence explore new path(s)for further improving the conductivity of this material.Our results show that both the sintering temperature and chemical composition can affect significantly the domain structures in LLTO.It is found that a decrease in the DB concentration is always accompanied by increased DB resistance due to the increased lattice mismatch at DBs,and vice versa.By unifying the electrochemical impedance spectroscopy and transmission electron microscopy analysis,it is clearly shown that the high DB resistance,instead of DB concentration,acts as the dominant factor governing the bulk conductivity of LLTO.The results thus renew the conventional understanding of the bulk Li-ion conduction in LLTO and shed light on developing novel LLTO electrolyte materials with improved ionic conductivity.
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Nan Yang;
Bingjie Xia;
Zhi Han;
Tianran Wang
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摘要:
Dear Editor,This work investigates the issue of facial cartoonlization under the condition of lacking training data.We propose a domain-guided model(DGM)to realize facial cartoonlization for different kinds of faces.It includes two parts:1)a domain-guided model that contains four different interface networks and can embed an image from a facial domain to a cartoon domain independently;and 2)a one-to-one tutoring strategy that uses a sub-model as a teacher to train other interface networks and can yield fine-grained cartoon faces.
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行歌;
刘巍
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摘要:
自2016年以来,美军相继提出了多域战(Multi-Domain Battle,MDB)、多域作战(Multi-Domain Operation,MDO)、全域作战(All-Domain Operation,ADO)、联合全域作战(Joint All-Domain Operation,JADO)等多个作战概念。这些概念,虽然一定程度上有些令人眼花缭乱,但其发展脉络和主线却非常清晰且一致——美军将立足所有作战领域、融合所有作战领域并整合所有作战领域的力量,实施联合作战。其中,无人作战将成为主要作战样式。
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Dong-Ling Deng
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摘要:
The interplay between quantum physics and machine learning may lead to unprecedented perspectives for both fields [1]. On the one hand, ideas and techniques from machine learning, or more broadly artificial intelligence, can be exploited to tackle challenging problems in the quantum domain.
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瓶子;
梁同正(编)
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摘要:
勃艮第女皇Lalou女士一生传奇。年仅23岁就掌管Maison Leroy的酒商生意,42岁成为DRC的联席主席,并将其缔造成为世界级酒庄。1988年,Lalou以6000多万法郎购入约10公顷的精华葡萄园,开始缔造一个新的传奇一Domaine Leroy。那一年,Lalou女士59岁,已近花甲。在此后不到20年的时间里,Domaine Leroy成为世界顶级葡萄酒收藏家最钟爱的藏品,与DRC分庭抗礼。
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周迦南;
黄磊;
徐世鹏
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摘要:
A finite element method(FEM) is proposed to solve second elliptic problems posted in domains with rough boundaries. We also present an FEM for elliptic problems as an extension of the original method. The optimal error estimates in the energy norm are also proved. Numerical results for second elliptic equations in regular and rough domains are presented to illustrate the efficiency of our method, respectively, which is consistent with theoretical analysis.
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