Skip to content
View muqingyu666's full-sized avatar
πŸ’­
Work!!!
πŸ’­
Work!!!

Highlights

  • Pro

Block or report muqingyu666

Block user

Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.

You must be logged in to block users.

Please don't include any personal information such as legal names or email addresses. Maximum 100 characters, markdown supported. This note will be visible to only you.
Report abuse

Contact GitHub support about this user’s behavior. Learn more about reporting abuse.

Report abuse
muqingyu666/README.md

Hi there πŸ‘‹

Qingyu Mu (muqingyu666)

🌍 Atmospheric & Computational PhD Student

πŸ”­ Research Interests: I specialize in atmospheric science, focusing on cloud physics and meteorology. My research involves developing algorithms to analyze satellite data, particularly in understanding cirrus cloud morphologies and cirrus-aerosol interactions.

πŸ’» Computer Science: Proficient in Python, I work extensively on fast radiative calculations and cloud-aerosol interaction analysis.

πŸŽ“ PhD Student at Lanzhou University: Currently pursuing my PhD, where I am delving deeper into atmospheric phenomena and computational techniques to advance my research.

πŸ‘― Collaboration: Looking to collaborate on projects that intersect atmospheric science and advanced computational techniques. Open to opportunities in algorithm development, data analysis, and scientific research.

πŸ“« How to Reach Me: ORCID

πŸ˜„ Pronouns: He/Him

Popular repositories Loading

  1. generate_SBDART_input_atms generate_SBDART_input_atms Public

    use python code to generate input file and atms.dat file for SBDART

    Python 7

  2. Project_Fast_Radiative_Calculation Project_Fast_Radiative_Calculation Public

    Source code for fast radiation calculations, contains part of the interface for RTTOV use (code is extremely unstable, recommended for comrades with strong fast radiation transmission base)

    Python 6

  3. Merra_2_interp Merra_2_interp Public

    An algorithm for interpolating merra2 aerosol diagnostic data to 1°×1Β° uniform grid points and calculating the daily average, which is convenient for subsequent use. The interpolation algorithm is …

    Python 6

  4. Essay_Ge Essay_Ge Public

    Code for cloud-aerosol interaction analysis using PCA.

    Python 5

  5. Convert_Julian_day Convert_Julian_day Public

    Code for converting Julian day to UTC standard time, datetime64 format

    Python 5

  6. Project_contrail Project_contrail Public

    Code for analysis of PC constrained high cloud attributes in limited years

    Python 2