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information found for keyword(s) "diamonds"

iCFD - ITENE Computational Fluid Dynamics model

Type:
Project
Date:
28-03-2023

Computational Fluid Dynamics model developed by ITENE to calculate efficiency and exposure concentration for particular local exhaust ventilation system (LEV).

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ECEL 3.0

Type:
Project
Date:
11-09-2019

ECEL 3.0 is a public tool developed on the DIAMONDS platform that offers a searchable library of occupational and environmental Risk Management Measures (RMM). Supporting registrants to evaluate the quantitative effectiveness of a specific RMM or downstream users (industry, research, consulting) on the most suitable RMM for a given exposure or emission scenario.

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Literature Review

Type:
Module
Date:
12-04-2019

The Literature Review Module is a module in the DIAMONDS platform that allows researchers to perform literature reviews in an efficient and systematic manner. Literature is automatically downloaded from PubMed and kept up-to-date, thereby saving a lot of time.

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Substance Information System

Type:
Project
Date:
03-07-2018

Substance Information System (SIS) is a public tool developed on the TNO DIAMONDS platform that allows users to search and find information on hazardous substances. The tool collects and organizes information from diverse sources to provide an integrative resource on substance properties, safety, health effects, exposure, and application by business sectors.

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Psycat

Type:
Project
Date:
31-07-2017

Psycat is a DIAMONDS project that provides a valid instrument designed to detect psychosocial problems in children. It is an intelligent web-based questionnaire that smartly decides which questions to ask based on the given answers so far. Psycat is available for parents of children in the ranges of 2 to 4 and 7 to 11 years.

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DTOX

Type:
Project
Date:
05-10-2016

DTOX is a DIAMONDS project that integrates knowledge and data relating to the chemical structure, kinetics, metabolism, system biology and toxicity of substances with Omics data obtained from alternative experimental models for biological verification. This enables faster, more informed choices when investigating the safety of chemical substances for product development and/or registration.

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