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Special Cover | 3D Printing 'Face Changing' Structural Color
2023-10-20
In Order To Timely And Comprehensively Reflect The Latest Development Trends Of Optical Information Encryption And Storage Technology, "China Laser" Will Publish A Special Topic On "Multidimensional Optical Information Encryption And Storage Technology" In The 18th Issue Of 2023. The Back Cover Article Of The Special Topic Is Sourced From The Research Group Of Professor Xiao Shumin And Professor Ruan Qifeng At Harbin Institute Of Technology (Shenzhen). The Article Summarizes The Principle Of Two-photon Polymerization Lithography (TPL) 3D Printing Technology, Several Common Structural Color 3D Structures, And Printing Schemes. It Also Reviews The Research Progress Of TPL Technology In The Application Of Structural Color Stereo Information And Dynamic Information, And Finally Looks Forward To The Development Prospects Of This Field. (Click To View The Original Text)
Class 78 alumnus Gu Bo won the 2023 International Society of Optics and Photonics Meiman Laser Award
2023-01-17
On January 11th, the International Society of Optics and Photonics (SPIE) announced the winners of the 2023 Society Award. Dr. Gu Bo, a Class of 78 alumnus of the School of Optoelectronics at Zhejiang University and a well-known figure in the laser industry, was awarded the 2023 SPIE Maiman Laser Award.
Analysis Of The Principle And System Composition Of Automatic Developing Machine
2023-11-08
Automatic Developing Machine Is A Printing Processing Equipment That Partially Or Completely Completes The Developing, Rinsing, Gluing, Drying And Other Processes Of The Sun Dried Printing Plate Through Semi-automatic And Fully Automatic Programs. It Is Generally Composed Of Transmission System, Developing System, Rinsing System, Drying System, Program Control System, And Other Parts.
Why Do Foot Shaped Patterns Appear In UV Lithography?
UV Lithography Refers To A Series Of Process Steps Such As Uniform Coating, Exposure, And Development To Remove Specific Parts Of The Wafer Surface And Leave A Thin Film With Micro Patterned Structures. Through The Photolithography Process Steps, The Final Feature Patterned Parts Are Retained On The Wafer. Lithography Technology Is The Center Of The Semiconductor Manufacturing Process, And The Wafer Needs To Undergo Multiple Photolithography Processes During The Manufacturing Process. The Quality Of The Photolithography Process Largely Determines The Graphic Resolution, Yield, And Quality Of Semiconductor Devices. Therefore, Photolithography Is Considered The Most Critical Step In The Semiconductor Manufacturing Industry.
The Conventional Process And Main Advantages Of 3D Printing
The Scientific Name For 3D Printing Is "additive Manufacturing", Which Is A Rapid Prototyping Technology. Based On Three-dimensional Digital Model Files, Objects Are Manufactured By Stacking Them Layer By Layer Using Adhesive Materials Such As Plastic Or Powdered Metal.
Do You Know The Technical Principles Of Nanorobots?
The So-called Nanorobot Refers To A Type Of Ultra Micro Robot That Can Work At The Nanoscale. Nanorobots Not Only Have A Volume In The Nanometer Range, But Their Operating Environment Is Also In The Nanometer Range. How Much Is One Nanometer? For Example, The Diameter Of A Hair Is Between 40000 And 50000 Nanometers, The Average Diameter Of A Cell Is Between 10000 And 20000 Nanometers, And Nanorobots Are Much Smaller Than Cells.