The application of lasers in many fields of technology and medicine is constantly increasing. This causes the development of new physical methods and principles for correct measurement of power, energy, and other parameters of laser sources. In most cases, the correct measurement of the laser power is important because the quality of the processes in which laser sources are used depends on it. In the paper, a comparative analysis of the existing methods for measuring the power and energy of laser radiation of diverse types of laser sources is made. This research aims to help users of laser equipment to choose the right measurement method depending on the laser source
RLCYC 75 is a new electrically calibrated laser calorimeter specially manufactured by Laser Metrolog...
U ovom radu analiziran je princip rada Lasera (engl. Light Amplification by Stimulated Emission of R...
The spectral characteristics of electromagnetic radiation are determined by either its vacuum wavele...
The application of lasers in many fields of technology and medicine is constantly increasing. This c...
Today we are witnessing the rapid development of the laser industry. Laser sources with new waveleng...
LASER- Light Amplification by Stimulated Emission of Radiation - can produce a very intense and powe...
Laser measurement technology has evolved in the last years in a versatile and reflationary way. Toda...
Abstract: High accuracy laser radiometry is on the verge of growth and improvements just as new lase...
For a number of new laser technology processes, it is essential to plan an experimental plan for pri...
Laser source is one of the most important components of a laser marking system, others being its sca...
A device for measuring the power of the laser radiation.has been designed. The device consists of tr...
The topics of power and energy output from lasers are treated. Both three- and four-level lasers are...
Laser therapy devices (LTDs) operating with near-infrared laser light are increasingly being used in...
The Maximum Permissible Exposure (MPE) to laser radiation defines a level below which an acute injur...
High-accuracy power measurement of high-power lasers has traditionally involved the absorption of (i...
RLCYC 75 is a new electrically calibrated laser calorimeter specially manufactured by Laser Metrolog...
U ovom radu analiziran je princip rada Lasera (engl. Light Amplification by Stimulated Emission of R...
The spectral characteristics of electromagnetic radiation are determined by either its vacuum wavele...
The application of lasers in many fields of technology and medicine is constantly increasing. This c...
Today we are witnessing the rapid development of the laser industry. Laser sources with new waveleng...
LASER- Light Amplification by Stimulated Emission of Radiation - can produce a very intense and powe...
Laser measurement technology has evolved in the last years in a versatile and reflationary way. Toda...
Abstract: High accuracy laser radiometry is on the verge of growth and improvements just as new lase...
For a number of new laser technology processes, it is essential to plan an experimental plan for pri...
Laser source is one of the most important components of a laser marking system, others being its sca...
A device for measuring the power of the laser radiation.has been designed. The device consists of tr...
The topics of power and energy output from lasers are treated. Both three- and four-level lasers are...
Laser therapy devices (LTDs) operating with near-infrared laser light are increasingly being used in...
The Maximum Permissible Exposure (MPE) to laser radiation defines a level below which an acute injur...
High-accuracy power measurement of high-power lasers has traditionally involved the absorption of (i...
RLCYC 75 is a new electrically calibrated laser calorimeter specially manufactured by Laser Metrolog...
U ovom radu analiziran je princip rada Lasera (engl. Light Amplification by Stimulated Emission of R...
The spectral characteristics of electromagnetic radiation are determined by either its vacuum wavele...