Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation
➤ Gửi thông báo lỗi ⚠️ Báo cáo tài liệu vi phạmNội dung chi tiết: Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation
Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation
VIETNAM NATIONAL UNIVERSITY. HANOIVIETNAM JAPAN UNIVERSITYNGUYEN THI KIEV TRANGSCALABLE AND FLEXIBLE PHOTOTHERMAL MATERIAL BASED ON BACTERIAL CELLULOS Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation SE FOR SOLAR STEAM GENERATIONMASTER'S THESISVIETNAM NATIONAL UNIVERSITY, HANOI VIETNAM JAPAN UNIVERSITYNGUYEN Uli KIEU TRANGSCALABLE AND FLEXIBLE PHOTOTHERMAL MATERIAL BASED ON BACTERIAL CELLULOSE FOR SOLAR STEAM GENERATIONMAJOR: NANOTECHNOLOGY CODE: «440140.1 IQ I DRESEARCH SUPERVISOR: Dr. PHAM TIE Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation N THANHHanoi, 2021ACKNOWLEDGEMENTFirstly. I'd want to express my gratitude to Dr. Pham Tien Thanh, one of my supervisors at Vietnam Japan University,Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation
for his excitement, support, and patient guidance throughout the preparation of my master thesis.I’d want to take this opportunity to thank Dr. NguyenVIETNAM NATIONAL UNIVERSITY. HANOIVIETNAM JAPAN UNIVERSITYNGUYEN THI KIEV TRANGSCALABLE AND FLEXIBLE PHOTOTHERMAL MATERIAL BASED ON BACTERIAL CELLULOS Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation and MEE Lab for helping and supporting me in my lab works. I really enjoy and appreciate not only researching but also around time here.Last but not least. I really want to thank to MNT’s lectures for their support me during the internship period. Without them, I could not have enough knowledge and Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation experience to research and study in here.I want to express my gratitude to my mother, father, brother, and friends, who have always been there for meScalable and flexible photothermal material based on bacterial cellulose for solar steam generation
and have always supported and encouraged me throughout my life.This work is fully supported by the project with the code number of VJU.J1CA.21.03. frVIETNAM NATIONAL UNIVERSITY. HANOIVIETNAM JAPAN UNIVERSITYNGUYEN THI KIEV TRANGSCALABLE AND FLEXIBLE PHOTOTHERMAL MATERIAL BASED ON BACTERIAL CELLULOS Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation IST OF TABLES..........................................................iLIST OF FIGURES........................................................iiLIST OF ABBREVIATIONS..................................................ivCHAPTER 1: INTRODUCTION.................................................11.1.Clean Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation water issue................................................11.2.Solar steam generation...........................................21.2.1.Design of solScalable and flexible photothermal material based on bacterial cellulose for solar steam generation
ar steam generation (SSG).......................31.2.2.Photolhermal materials.......................................31.3.Purpose of thesis............VIETNAM NATIONAL UNIVERSITY. HANOIVIETNAM JAPAN UNIVERSITYNGUYEN THI KIEV TRANGSCALABLE AND FLEXIBLE PHOTOTHERMAL MATERIAL BASED ON BACTERIAL CELLULOS Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation ....................X2.1.1.Fabrication of bacterial cellulose (BC)......................X2.1.2.Fabrication of photothermal material.........................X2.2.Characterization of photothermal materials.......................9 Scalable and flexible photothermal material based on bacterial cellulose for solar steam generation VIETNAM NATIONAL UNIVERSITY. HANOIVIETNAM JAPAN UNIVERSITYNGUYEN THI KIEV TRANGSCALABLE AND FLEXIBLE PHOTOTHERMAL MATERIAL BASED ON BACTERIAL CELLULOSGọi ngay
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