E-ISSN Number
12
P-ISSN Number
12
Impact Factor
12
ISSN Number : XXXXXXXXX
Journal DOI number : XXXXXXXXX
Paper Title : Optimizing the Defocused CO2 Laser Micro channeling Process Using ANN Method
Authors : Deepak Yadav Sachin Shishodia
DOI Link : Na
Abstract :
Micro channels were created using a CO2 laser on a transparent xilymeric substance called polymethyl methacrylate in this study (PMMA). Many micro fluidic devices, such as gas chrornatographs, biological testing kits, and chemical sensing equip ment, use PMMA as a substrate material. it is one of the most popular polymeric materials due to its exceptional optical transparency. Although many studies have utilized CO2 lasers to fabricate micro channels on PMMA for a long time, the poor surface texture of the micro channel walls makes industrial application difficult. Fabricating micro channels in a defocused position is a cost-effective and simple way to achieve a high surface polish in this procedure.
Keywords : Optimization, ANN, Laser, Observations, Materials
Available at : https://discoveryjournal.in/dashboard1/papers/DISCOVERY3844037610.pdf
Publication Details :
Registration ID DISCOVERY48
Published Paper ID DISCOVERY3844037610
Published in Volume 1, Issue 1, March 2023
Page number 152-156
ISSN Number XXXXXXX
Journal DOI number : XXXXXXXXX
Paper Title : Optimizing the Defocused CO2 Laser Micro channeling Process Using ANN Method
Authors : Deepak Yadav Sachin Shishodia
DOI Link : Na
Abstract :
Micro channels were created using a CO2 laser on a transparent xilymeric substance called polymethyl methacrylate in this study (PMMA). Many micro fluidic devices, such as gas chrornatographs, biological testing kits, and chemical sensing equip ment, use PMMA as a substrate material. it is one of the most popular polymeric materials due to its exceptional optical transparency. Although many studies have utilized CO2 lasers to fabricate micro channels on PMMA for a long time, the poor surface texture of the micro channel walls makes industrial application difficult. Fabricating micro channels in a defocused position is a cost-effective and simple way to achieve a high surface polish in this procedure.
Keywords : Optimization, ANN, Laser, Observations, Materials
Available at : https://discoveryjournal.in/dashboard1/papers/DISCOVERY3844037610.pdf
Publication Details :
Registration ID DISCOVERY48
Published Paper ID DISCOVERY3844037610
Published in Volume 1, Issue 1, March 2023
Page number 152-156
ISSN Number XXXXXXX
Call For Papers
Frequency: 12 Issue per year
Paper Submission: Throughout the Month
Acceptance Notification: Within 2 days
Areas Covered: Multidisciplinary
Accepted Language: Multiple Languages
Journal Type: Online (e-Journal)
Paper Submission: Throughout the Month
Acceptance Notification: Within 2 days
Areas Covered: Multidisciplinary
Accepted Language: Multiple Languages
Journal Type: Online (e-Journal)
UGC Care No
XXXXX
RNI Certificate
XXXXX
ISO Certified Journal
XXXXX
DOI Member
12