Shape, Size, Composition, and Temperature Seclective Spectroscopy of Clusters @ CSSM Group
（团簇结构谱学、团簇基功能信息器件、能源催化转化）
Research - 侯 高垒
o Mass spectrometry and laser spectroscopy
o Photodetachment, (UV-Vis-IR) photodissociation, and photoionization
o Magnetic-bottle and velocity map imaging (VMI) electron analyzers
o Instrumentation: High vacuum and ultra-high vacuum
o Electrospray ionization, laser ablation, molecular beam supersonic/Laval nozzle expansion, low-pressure cell collision, and vacuum ultraviolet (VUV) generation via 4-wave mixing
o Quantum chemical calculations and molecular dynamics simulations
o Chemical plating, electroplating, and basic organic/inorganic synthesis
o Sol-Gel and MOCVD methods for thin film preparation
o Infrared multiphoton photodissociation spectroscopy of heteronuclear metal (oxide) clusters and their reaction properties with small molecules (model catalysis) using free electron laser facility and low-pressure collision cell;
o Molecular-level understanding of vapor phase nucleation and cluster growth using uniform Laval expansions and VUV single photon ionization (SPI) mass spectrometry;
o Molecular level understanding of the early stages (pre-nucleation clusters) of atmospheric aerosol new particle formation;
o In-situ study of interfacial ozonation processes and related chemistry in the atmosphere and electro-sprayed droplet surface;
o Transient organic/inorganic radicals important in organic/inorganic synthesis & astrochemistry;
o Transition state spectroscopy employing the photodetachment photoelectron spectroscopy;
o Molecular level understanding of solvation and dissolution mechanisms of important salts and Hofmeister series anions in polar solvents and their interactions with biological molecules as well as ion pairing behavior;
o Electronic structures of organometallic complexes and their interactions with small biological molecules;
o Electronic structures and geometric structural evolution of (doped) metal clusters and superatom (superhalogen/hyperhalogen) species.
o 荷兰自由电子激光光源(FELIX) 光源机时 (August, 2024 – January, 2025)。主持，批准号：FELIX-2024-2-14. 3 shifts
o Mechanistic aspects of dehydrogenation reactions on metal-fullerene complexes. Co-PI, 批准号：G033724N (2024-2027)
o 加拿大光源(Canadian Light Source, CLS)光源Cycle 39 (January – December, 2024)机时。主持，批准号：36G12498，14 shifts
o 加拿大光源(Canadian Light Source, CLS)光源Cycle 38 (July – December, 2023)机时。主持，批准号：36G12498，24 shifts
o 荷兰自由电子激光光源(FELIX) 光源机时 (February – July, 2023)。主持，批准号：FELIX-2023-1-10. 5 shifts
o 团簇物理与原子制造创新团队。陕西省创新能力支撑计划：创新人才推进计划-科技创新团队（陕西省科学技术厅），主持，批准号：2023-CX-TD-49 (2023-2025)
o 富勒烯–货币金属团簇的结构与性质。基金委重大研究计划（培育），主持，批准号：92261101 (2023-2025)
o 溶剂化氢键团簇中的质子转移动力学研究。基金委面上项目，主持，批准号：22273070 (2023-2026)
o 加拿大光源(Canadian Light Source, CLS)光源Cycle 37 (January – June, 2023)机时。主持，批准号：36G12498，11 shifts
o 碳基金属单原子/团簇催化制氢机制及应用。科技部外专项目，主持，批准号: G2022170018L (2022-2023)
o 原子制造与器件物理创新团队，西安交通大学。批准号：xtr052022007（2022-2024），参与，2/12
o 团簇谱学精密测量与结构调控。陕西省“高层次人才引进计划”项目，主持，2022-2025
o 陕西省留学人员科技活动择优资助项目，主持。批准号：2021-005（2021-2023）
o 加拿大光源（Canadian Light Source, CLS) 光源Cycle 36 (July – December, 2022)机时。主持，批准号：36G12498，15 shifts
o Carbon molecular nanostructures in space (NanoSpace) (European Cooperation in Science & Technology, COST). CA21126 (2022-2026), Participated (Secondary Proposer)
o 团簇结构、光谱学及其动力学（Cluster structure, spectroscopy, and dynamics）。西安交通大学青年拔尖人才支持计划A，主持，批准号：WL6J010（2022-2028）
o 荷兰自由电子激光光源(FELIX) 光源机时 (August – January, 2020)。主持，批准号：FELIX002725. 5 shifts
o Highly sensitive infrared spectrometer (KU Leuven; 2021-2022). Initiator/PI
o 荷兰自由电子激光光源(FELIX) 光源机时 (February – July, 2019)。主持，批准号：FELIX2019xxxx. 5 shifts
o How electron correlations determine the magnetism and electronic excited states of transition metal oxide clusters (FWO; 2018-2022). Participated
o Phase transitions of ultrafine aerosol particles: Condensation, freezing, and metal formation in confined systems (Swiss NSF 172472; 2017-2021). Participated
o In-situ study of interfacial ozonation processes and related chemistry using ion droplet/ozone flow-tube reactor (PNNL; 2017). Principle Investigator
o Integrated experimental and computational approach to molecular based characterization of aerosol particle formation (PNNL; 2015-2017). Participated
o Gas phase study of solution phase species and chemistry using variable temperature photoelectron spectrometer (US Department of Energy; 2014-2017). Participated
o Study of the dissolution of alkali sulfate in water (碱金属硫酸盐在水中溶解的微观机理研究) (China NSF; 2012-2014). Participated
o Photoelectron spectroscopy and photodissociation study of transition metal doped silicon and geranium clusters (过渡金属掺杂硅、锗半导体团簇的光电子能谱和激光光解离研究) (China NSF; 2012-2014). Participated
o Preparation and characterization of indium tin oxide (ITO) nanoparticles (纳米ITO多孔粉体材料的制备和性能研究)(UESTC; 2008). Principle Investigator
o Fabrication and characterization of porous polymer thin films (聚合物多孔薄膜的制备与表征) (UESTC; 2007). Principle Investigator
2019 Time-of-flight mass spectrometry of AgV & CuV clusters (short-term master project, 2 people; KU Leuven)
2018 Teaching assistant of practical physical chemistry for the 4th semester ETH students (150 hours, ETH Zurich)
2015-2017 Tutoring and training the visiting scholars/students in the laboratory (4 people; PNNL)
2012-1014 Tutoring and training the fresh graduate students in the laboratory (3 people; ICCAS)
2008-2009 Class teacher/mentor for 2008 fresh undergraduate students (35 people; UESTC)
2007-2008 Teaching assistant of the physical chemistry experiments for the second year undergraduate students (30 people; UESTC)
