Laser BOokS/Courses
Good Lab and Presentation Practices: Lab Notebook with Tips on How to Protect Intellectual Property
Good Lab and Presentation Practices: Lab Notebook with Tips on How to Protect Intellectual Property
Good Lab and Presentation Practices: Lab Notebook with Tips on How to Protect Intellectual Property
Who should consider getting the Laboratory Notebook: All inventors and potential inventors. Anyone who collects data in a lab or has great ideas that can benefit humanity is a potential inventor.
Laser Fundamentals: CW Lasers, Q-switching, and Harmonics Generation
Good Lab and Presentation Practices: Lab Notebook with Tips on How to Protect Intellectual Property
Good Lab and Presentation Practices: Lab Notebook with Tips on How to Protect Intellectual Property
Laser Fundamentals will cover laser fundaments and components. Laser fundamentals covered will be applicable to any type of laser.
Femtosecond Lasers: Fundamentals and Performance Optimization
Good Lab and Presentation Practices: Lab Notebook with Tips on How to Protect Intellectual Property
Femtosecond Lasers: Fundamentals and Performance Optimization
Femtosecond Lasers goes over pertinent optics topics necessary to understand how optical fibers and amplifiers work. Thereafter we look at how fiber lasers master oscillators in a MOPA using different amplifier architectures, etc.
Laser Safety Matters
Common Laser Problems and Practical Solutions
Femtosecond Lasers: Fundamentals and Performance Optimization
Laser Safety Matters covers laser eye safety with the laser user and the Laser Safety Officer, LSO, in mind. It details eye optics and how the eye is prone to injury if illuminated by a collimated laser beam.
Laser Beam Collimators and Focusability
Common Laser Problems and Practical Solutions
Common Laser Problems and Practical Solutions
We describe how Laser Beam Collimators work and how they impact beam focusability. Focusability parameters discussed are beam divergence and M-squared. Every laser on the market is equipped with a beam collimator.
Common Laser Problems and Practical Solutions
Common Laser Problems and Practical Solutions
Common Laser Problems and Practical Solutions
Common Laser Problems and Practical Solutions covers common problems encountered while building/aligning, testing, and repairing lasers and their typical solutions.
Laser Optics Care and Quality Control
Understanding Laser Transactional and Performance Specifications: Laser Final Tests
Laser Optics Care and Quality Control
Laser Optics Care and Quality Control covers optics handling, inspections, and cleaning guidelines and methods that support Good Laser Lab and Manufacturing Practices (GLLMPs).
Laser Procedure Essentials
Understanding Laser Transactional and Performance Specifications: Laser Final Tests
Laser Optics Care and Quality Control
Laser Procedure Essentials outlines the essential steps in any procedure with examples drawn from the laser industry.
Understanding Laser Transactional and Performance Specifications: Laser Final Tests
Understanding Laser Transactional and Performance Specifications: Laser Final Tests
Understanding Laser Transactional and Performance Specifications: Laser Final Tests
Understanding Laser Transactional and Performance Specifications: Laser Final Tests covers laser performance specifications, or lingo, used in the transaction and subsequently making of lasers and laser systems by manufacturers. Consequently, this material is suitable for purchasing and sales/marketing folks, technicians and engineers who actual make the laser products, and those that manage them.
LaserPronet Laser Tech Book Catalog and Professional Development Services
Laser Transactional/Performance Specifications: General Checklist and Self-Test
Understanding Laser Transactional and Performance Specifications: Laser Final Tests
LaserPronet Laser Tech Book Catalog : and Professional Development Services is a catalog of laser tech books and professional development services offered by LaserPronet
Laser Transactional/Performance Specifications: General Checklist and Self-Test
Laser Transactional/Performance Specifications: General Checklist and Self-Test
Laser Transactional/Performance Specifications: General Checklist and Self-Test
With Laser Transactional/Performance Specifications: General Checklist and Self-Test, the reader can use the checklist to minimize risk and the self-test to sharpen their laser beam performance acumen. Specifications covered are the common interface between buyers and sellers of lasers, in addition we have included tacit laser performance parameters that could be toxic if ignored.
Rapid CAD and 3D Printing Prototyping Quick Overview
Laser Transactional/Performance Specifications: General Checklist and Self-Test
Laser Transactional/Performance Specifications: General Checklist and Self-Test
Rapid CAD and 3D Printing Prototyping Quick Overview outlines/overviews key steps necessary to create parts using CAD and 3D printing. The basics on which these rapid prototyping tools work, which are covered in this overview booklet, are likely to remain unchanged over time.
Good Laser Lab and Manufacturing Practices (GLLMP): Solid-State Laser Fabrication and Common Problem
Good Laser Lab and Manufacturing Practices (GLLMP): Solid-State Laser Fabrication and Common Problem
Good Laser Lab and Manufacturing Practices (GLLMP): Solid-State Laser Fabrication and Common Problem
Good Laser Lab and Manufacturing Practices (GLLMP): Solid-State Laser Fabrication and Common Problems (Laser Tech III) aims to explain hands-on methods and techniques employed to fabricate lasers, a process commonly referred as laser alignment in the industry. We shall not strive to explain how lasers work, but rather how to make them work. Moreover, books on laser theory are numerous and exhaustive. This book should be of interest to technicians and technologists who build lasers. Moreover, those that work with, supervise, or manage them shall find it useful as well if they lack a background in lasers. In addition, those who integrate lasers into their systems will understand their OEM vendors better if they go through this book/course.
Laser Advanced Concepts, and Common Problems and Practical Solutions: Comprehensive Course Notes and
Good Laser Lab and Manufacturing Practices (GLLMP): Solid-State Laser Fabrication and Common Problem
Good Laser Lab and Manufacturing Practices (GLLMP): Solid-State Laser Fabrication and Common Problem
Laser Advanced Concepts, and Common Problems and Practical Solutions: Comprehensive Course Notes and Workbook. Focus topics include nonlinear optics and optical parametric generation, transition metal broadband laser output and its subsequent mode-locking, and Gaussian beam propagation and diffraction-limited focusing. Laser common problems covered included thermal lensing, laser diode mode-hopping, laser beam aberrations, and harmonics generation conversion efficiency optimization include thermal- and angle-tuning techniques, etc..
Laser Resonator Alignment
Good Laser Lab and Manufacturing Practices (GLLMP): Solid-State Laser Fabrication and Common Problem
Laser Resonator Alignment
Laser Resonator Alignment covers concepts and principles, support systems, and standard hands-on alignment methods used by the industry to make a laser lase for the first time. In addition, we cover common production issues and how to troubleshoot them before a laser can be deployed for public use.