Publish
Home
Live
new
RH Journal
ResearchCoin
Grants
Funding
Browse
Journals
Hubs
Tools
Lab Notebook
Beta
Reference Manager
Resources
Verify Identity
Community
Support
About
Terms
Privacy
Issues
Docs
Author
Log in
Sign up
CW
Ce Wang
Author with expertise in High-Strength Steel Materials
Achievements
This user has not unlocked any achievements yet.
Key Stats
Upvotes received:
0
Publications:
3
(0% Open Access)
Cited by:
0
h-index:
18
/
i10-index:
23
Reputation
Biology
< 1%
Chemistry
< 1%
Economics
< 1%
Show more
How is this calculated?
Overview
Publications
3
Peer Reviews
Comments
Grants
Publications
0
New strategy to simultaneously improve strength-toughness balance for low-carbon ultrastrong steel by multi-step heat treatment process
Xiaocong Yang
et al.
Aug 1, 2024
Mechanical Engineering
Materials Chemistry
0
Paper
Mechanical Engineering
Materials Chemistry
0
Save
0
Intrinsic control mechanism of impact toughness and fracture toughness in X80 pipeline girth weld with heterogeneous microstructure
Ce Wang
et al.
Dec 11, 2024
Philosophy
Mechanical Engineering
0
Paper
Philosophy
Mechanical Engineering
0
Save
0
Best of both MoCo worlds: combining fast pilot tone motion sensing with retrospective SAMER correction
Yantu Huang
et al.
Nov 26, 2024
Motivation: Model-based retrospective motion correction has shown good results but sometimes lacks enough information to accurately derive motion parameters. Goal(s): To use the pilot tone to address the drawbacks of retrospective methods by providing them with high-frequency motion information for more robust and efficient motion correction. Approach: We use pilot tone to refine and increase the temporal resolution of motion parameters for the Scout Accelerated Motion Estimation and Reduction (SAMER) method. Results: Motion phantom and volunteer tests show improved image quality of pilot tone + SAMER compared to SAMER-only while the reconstruction takes clinically acceptable 20s. Impact: Our results demonstrate that pilot tone can be used to improve the precision and temporal resolution of a model-based retrospective motion correction method, while being robust and fast. This will help to further mitigate motion artifacts in clinical routine.
Philosophy
Artificial Intelligence
0
Paper
Philosophy
Artificial Intelligence
0
Save