Software containing the Monte Carlo Simulations underlying the uncertainty budget in "Method to traceably determine the refractive index by measuring the angle of minimum deviation". Click on the ReadMe.txt to find out how to use the scripts.This work is part of the project 18HLT01 METVES II and received funding from the EMPIR program co-financed by the Participating States and from the European Union's Horizon 2020 research and innovation program
DIMITRI is a tool that has been developed for monitoring the radiometric performance of optical inst...
Refractive index has been chosen as a comparison technique in glass analysis for many years. Hidden ...
The number of components of a thermographic temperature measurement uncertainty budget and their ult...
Datasets of refractive index measurements of fused silica measurements at 405 nm, 436 nm, 546 nm and...
A simple method to measure the refractive index of a glass prism with very low uncertainty was devel...
A new method to measure the refractive index of glass prism with very low uncertainty was developed ...
<p>FOV: Effective field of view of detector; Steps: Number of scanning steps of G2 in a period of th...
Precisely knowing the refractive index of a piece of glass can be a complicated and expensive task a...
The measurement of the refractive index of parallel plated, optically simple, glass samples is a com...
A total internal reflection-based differencial refractometer, capable of measuring the real and imag...
This piece of software computes contact angles and errors produced by shifting the baseline by one p...
The subjective method of eye testing (Myopia/Hyperopia) involves the communication between the optom...
It is impossible to build a perfect optical system. Structural, thermal, optical performance analysi...
This code is implemented in R and consists of a Monte Carlo simulation to obtain the uncertainty of ...
direct retinal observations using photons in the visible range, ophthalmologic diagnostic techniques...
DIMITRI is a tool that has been developed for monitoring the radiometric performance of optical inst...
Refractive index has been chosen as a comparison technique in glass analysis for many years. Hidden ...
The number of components of a thermographic temperature measurement uncertainty budget and their ult...
Datasets of refractive index measurements of fused silica measurements at 405 nm, 436 nm, 546 nm and...
A simple method to measure the refractive index of a glass prism with very low uncertainty was devel...
A new method to measure the refractive index of glass prism with very low uncertainty was developed ...
<p>FOV: Effective field of view of detector; Steps: Number of scanning steps of G2 in a period of th...
Precisely knowing the refractive index of a piece of glass can be a complicated and expensive task a...
The measurement of the refractive index of parallel plated, optically simple, glass samples is a com...
A total internal reflection-based differencial refractometer, capable of measuring the real and imag...
This piece of software computes contact angles and errors produced by shifting the baseline by one p...
The subjective method of eye testing (Myopia/Hyperopia) involves the communication between the optom...
It is impossible to build a perfect optical system. Structural, thermal, optical performance analysi...
This code is implemented in R and consists of a Monte Carlo simulation to obtain the uncertainty of ...
direct retinal observations using photons in the visible range, ophthalmologic diagnostic techniques...
DIMITRI is a tool that has been developed for monitoring the radiometric performance of optical inst...
Refractive index has been chosen as a comparison technique in glass analysis for many years. Hidden ...
The number of components of a thermographic temperature measurement uncertainty budget and their ult...