datta,Prithwish Dastidar,Arkadip Majumder,Maharghya Dyuti Das,Pratikrit Manna,Subhasis Roy,Polymer Engineering ISSN:2191-0340(接受)(接受)。(如果1.624)。(6)对可再生能源对可持续发展的环境影响的综述,Debabrata Gayen Rusha Chatterjee,Subhasis Roy,国际环境科学与技术杂志,https://doi.org/10.1007/s13762-023762-023-023-05380-Z。(如果3.519)(7)HPMC介导的ZnCl 2可能将Pb 2+掺杂代替环境友好的卤化物钙钛矿太阳能细胞制造“ Shyamal Datta,Mouli Mitra,Subhasis Roy,ECS ECS,固态科学与技术杂志,2023年,2023年,第2023卷,第2023卷,12,第10期,第1页。 10500510。(如果2.070)。(8) Synthesis, characterization, and density functional theory calculation studies of a novel Rb-based lead halide perovskite material, Swastik Paul, Shibsankar Mondal, Souhardya Bera, Ankit Saha, Ridipt Mishra, Arkadip Majumder, Milan Kumar Mandal, Subhasis Roy , Chemistry of Inorganic Materials, Elsevier.2023,第1卷,100015,(9)开发2D纳米材料的路线图,以准备有效的光催化剂,Spisismita Mondal,Souhardya Bera,Subhardya Bera,Subhasis Roy,Samiconductotor Processing in Amiciconductor处理的材料科学,第168、2023、2023、107834(IF 4.62)。(10) Morphological tuning and defect-free lead halide perovskite by surface passivation for solar cell fabrication, Shyamal Datta, Mouli Mitra, Subhasis Roy , Ionics, Spinger, volume 29, pages, 4397–4405 , 2023, DOI 10.1007/s11581-023-05116-6 (IF 2.39 ).(11)水和废水处理作者的光催化作者:Preetam Datta,Subhasis Roy,催化研究2023; 3(3):020; doi:10.21926/cr.2303020。(12)用于大规模的含有有机和重金属离子的废物污水的一声协同处理,Yang ding,Soumyajit Maitra,Chunhua Wang,Runtian Zheng Zheng,Tarek Barakat,Tarek Barakat,Tarek barakat,Subhasis Roy seconcadic,liian lie-liian liian lie-liian seconciplian liian cecraciping clacion,(12)含有有机和重金属离子的废物污水的大规模协同处理的双功率光催化剂第179–192页(2023)(如果8.273)(13)对第三代光伏技术的全面综述,Arko de,Jyoti Bhattacharjee,Sahana R. Chowdhury和Subhasis Roy,化学工程研究杂志,杂志 (14)Bhattacharjee J,Roy S.使用可变的材料方法来应对气候变化。 垫子。 SCI。 res。 印度; 20(3).2023,ISSN:0973-3469。 http://dx.doi.org/10.13005/msri/200301 2022(15)在可见光光照射下,使用Cu掺杂的1d-Bi2s3/rgo纳米复合材料选择性将二氧化碳的照片还原为甲醇。 Arindam Mandal,Soumyajit Maitra,Subhasis Roy,Baisakhi Hazra,Koustuv Ray和Kajari Kargupta,New J. Chem。 , 2022 (IF 3.6 ) (16) Synthesis and characterization of Inorganic Nanoparticles Luminophores for Environmental Remediation, Abdul Aziz Shaikh, Souhardya Bera, Swastik Paul, Shibsankar Mondal, Ankit Saha and Subhasis Roy , 4open Special issue Inorganic Nanoparticle Luminophore: Design and Application, 4open 5(19) pp 7,2022(https://doi.org/10.1051/fopen/2022021)的数量。(12)含有有机和重金属离子的废物污水的大规模协同处理的双功率光催化剂第179–192页(2023)(如果8.273)(13)对第三代光伏技术的全面综述,Arko de,Jyoti Bhattacharjee,Sahana R. Chowdhury和Subhasis Roy,化学工程研究杂志,杂志(14)Bhattacharjee J,Roy S.使用可变的材料方法来应对气候变化。垫子。SCI。 res。 印度; 20(3).2023,ISSN:0973-3469。 http://dx.doi.org/10.13005/msri/200301 2022(15)在可见光光照射下,使用Cu掺杂的1d-Bi2s3/rgo纳米复合材料选择性将二氧化碳的照片还原为甲醇。 Arindam Mandal,Soumyajit Maitra,Subhasis Roy,Baisakhi Hazra,Koustuv Ray和Kajari Kargupta,New J. Chem。 , 2022 (IF 3.6 ) (16) Synthesis and characterization of Inorganic Nanoparticles Luminophores for Environmental Remediation, Abdul Aziz Shaikh, Souhardya Bera, Swastik Paul, Shibsankar Mondal, Ankit Saha and Subhasis Roy , 4open Special issue Inorganic Nanoparticle Luminophore: Design and Application, 4open 5(19) pp 7,2022(https://doi.org/10.1051/fopen/2022021)的数量。SCI。res。印度; 20(3).2023,ISSN:0973-3469。 http://dx.doi.org/10.13005/msri/200301 2022(15)在可见光光照射下,使用Cu掺杂的1d-Bi2s3/rgo纳米复合材料选择性将二氧化碳的照片还原为甲醇。Arindam Mandal,Soumyajit Maitra,Subhasis Roy,Baisakhi Hazra,Koustuv Ray和Kajari Kargupta,New J. Chem。, 2022 (IF 3.6 ) (16) Synthesis and characterization of Inorganic Nanoparticles Luminophores for Environmental Remediation, Abdul Aziz Shaikh, Souhardya Bera, Swastik Paul, Shibsankar Mondal, Ankit Saha and Subhasis Roy , 4open Special issue Inorganic Nanoparticle Luminophore: Design and Application, 4open 5(19) pp 7,2022(https://doi.org/10.1051/fopen/2022021)的数量。
最近在基于铜的金属有机框架上作为异质催化剂无机耦合反应的最新进展:综述在基于铜的金属有机框架上作为异质催化剂无机耦合反应的最新进展催化剂无机耦合反应:基于铜的金属有机框架作为异源催化剂无机耦合反应的最新进展:综述了基于铜的金属有机框架作为异质催化剂无机催化反应的最新进展:对基于铜的金属有机体的反应:综述
1 Utrecht University, Institute for Marine and Atmospheric Research, Princetonplein 5, 3584 CC Utrecht, Netherlands 2 Mediterranean Institute of Advanced Studies (IMEDEA, UIB-CSIC), Esporles, Spain 3 Utrecht University, Debye Institute for Nanomaterials Science & Institute for Sustainable and Circular Chemistry, Inorganic Chemistry and Catalysis,荷兰荷兰UTRECHT USITEITITITSWEG 99,3584 CG UTRECHT,GRENOBLE ALPES,CNRS,INRAE,IRD,IRD,GRENOBLE INP,INP INP,INTITUT desgésosciencesde l'evournornement(Ige)
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• Organic/Inorganic synthesis: Reactions like different kinds of substitution , elimination, addition reactions at carbon-carbon bonds, aromatic substitutions, reactions involving carbonyl groups, organometallic compounds, redox reagents, inorganic solids and organic polymers for heterogeneous catalysis and solid-phase synthesis, catalysis with transition metals,有机催化剂和刘易斯酸,立体选择合成的方法,重排(在多特蒙德大学进行的反应示例)•实验,您使用注射器,插管和转移插管。•在惰性气体下进行的实验•化学分析和分离技术 /天然产物的隔离和纯化,例如滤光,提取,离心,离心,不同的蒸馏,重新安装,重新安装,薄层色谱,薄层色谱(TLC),列形式和高质量•固定(列),•高质量学(Highomatigation)(•高质量学)(物质:红外(IR)光谱,NMR(¹,,³C,f,f和其他诸如119 sn,29 si 195 pt)2D-NMR光谱法,质谱法(MS),UV/VIS光谱,UV/VIS光谱,UV/VIS频谱,融化和沸点差异,频率分析,元素分析,元素,元素,元素,元素,同时•元素,同时,•元素,同时•元素,同时,同时•元素,元素,元素,同时•金属,氢化物,自我引入物质,溴化物和使用适当的安全协议。•处理液氮并在低温下工作,例如冷却技术降低至-80°C并处理液氮
推荐书籍1 B. D. Gupta和A. J. Elias,基本有机金属化学:概念,合成和应用2 ND Edition Universities Press(India),2013年,2013年2 Concise Incomentic Chemistry,J.D Lee,Elbswith Chapman和Hall,伦敦伦敦3 P. P.Cotton,G。Wilkinson,C。A. Murillo和M. Bochmann 6 Th Edition Wiley 1999 5无机化学J. E. Huheey,Ellen A. Keiter,R。L。Keiter,Addison Wesley Longman(Singapore)Pvt。Ltd.,1993 6 Miessler,G。L和Tarr,D。A.无机化学Pearson Edition,2011年7 Basolo F和Pearson R. G,无机反应机制John Wiley,纽约,
参考材料化学测试无机分析根据需要使用微波消化(Inorg-0004)的柔性范围协议FFF/B1-1031,并根据ICP-MS(INS/A1-0013),SF-ICP- MS(INS/A1-0008)或ICP-TERTIBL-MS(ICP-iCP-TOFER MSS(ins/a1-0013)(ins/a1-0013)(sc/a1-0008)或ICP-TOF-MSS(SCOP-TOMS SCCOP-insorties inscop-insop-scop-insorties in ocp-iCP-scop-insorties in ocp-icp-incop-mss scop-insorties in SOP-INORG-0003using Microwave digestion ( SOP-INORG-0004) as required and Exact Single Matched (ESM) Standard by ICP-MS(INS/A1- 0013), SF-ICP-MS (INS/A1-0008) ICP-TOF-MS (SOP-INORG-0001) or ICP-OES (INS/A1-0019SOP- INORG-0009) Organic Analytes Flexible范围协议INS B1-0413使用有机高精度IDMS材料无机砷作为AS(iii)和(v)
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多孔材料在近些年得到了广泛的研究,并在传感、催化、荧光检测、质子传导、气体分离、存储等许多领域得到了广泛的应用。1–3多孔材料包括无机多孔材料、无机-有机杂化材料和有机多孔材料。在无机多孔材料中,介孔二氧化硅材料不容错过。介孔二氧化硅材料具有良好的有序孔结构、可调的孔径分布和多样的介孔形状,在吸附分离、工业催化、生物医药、环境保护等领域得到了广泛的应用。然而,也存在合成复杂、结构不明确、微观控制不精确等问题。代表性晶体多孔材料的发展历程如图1所示。沸石是晶体无机材料的典型代表,是由共角的SiO 4 和AlO 4 组成的结晶微孔铝硅酸盐
Complexes Bearing Sulfur-Donar Ligands” Modern Trenends in Inorganic Chemistry-XIV (2011) Hyderabad, India __________________________________________________________________________ Personal Details Full Name : Subramani Rajkumar Date of Birth : 8 th April 1987 Gender : Male Nationality : Indian Language Known : Tamil, English Marital Status : Married Permanent Address – No- 152 Bajanai Koil Street, Meleri Village & Post Nemili(T. K), Ranipet District, Tamil Nadu, INDIA PIN: 632502 __________________________________________________________________________ Declaration I hereby declare that the information furnished above is true to the best of my knowledge and additional information may be provided based on further necessary processing stages.日期:27-04-2024 Rajkumar Subramani博士