http://www.mongoliatravelguide.mn/?sakson=come-leggere-le-azioni-binarie&3d7=8f Microwave technology is changing the way to design and optimize synthetic protocols as well as their scaling up to multi-gram production.
The last generation of dedicated microwave reactors enables a fast screening of reaction conditions by means of parallel tests, selecting the best catalyst, solvent and conditions.
Largest microwave cavity
opzioni binarie 60 secondi topoption The new Milestone flexiWAVE microwave cavity has a volume in excess of 70 litres, by far the largest currently available. Why is this important and what are the main implications of this design? A large cavity allows the chemist to easily configure many different reactions setup in a very flexible environment. Starting from the classic synthesis glassware moving to high-pressure vessels working -alone or in parallel configuration, a large cavity is also fundamental to perform solid phase synthesis tasks.opzioni binarie un'ora
Highest microwave power
https://www.aliantpayments.com/crypto/1036 The flexiWAVE is equipped with two 950 Watt magnetrons for a total of 1900 Watt making it the most powerful microwave platform system available for organic and inorganic synthesis.
Software-controlled magnetic stirrer
source site A magnetic stirrer is built-in in the flexiWAVE system. It is designed to ensure vigorous stirring of the solutions in all vessels, independently on their position in the cavity, thus assuring reliable and consistent results.
Best reaction control
follow The new Milestone flexiWAVE is equipped with the most advanced yet easy to use reaction sensors for the most complete control of the reaction process. Temperature can be followed by fiber optic and infrared sensors. When performing parallel reactions, a contact-less sensor is used to control each and every vessel, and the actual temperature values are shown on the instrument control terminal, allowing an instant visual check of the reaction conditions.
corsi trading online gratuiti The flexiWAVE SafeVIEW is a high definition digital camera interfaced with the instrument terminal. It allows the chemist to monitor the progress of the chemical reaction whilst fully protected by the all-stainless steel door of the instrument. A video of the entire run is shown in real time allowing to follow the reaction and the additions of reagents.
http://ny.ithu.se/ithu-stormote-14-nov-2012 The flexiWAVE is controlled via a compact terminal with an easy-to-read, bright, fullcolour, touchscreen display. The terminal is provided with multiple USB and Ethernet ports for interfacing the instrument to external devices and to the local laboratory network. The terminal runs a completely new user-friendly, icon-driven, multi-language software to provide easy control of the microwave run. Simply recall a previously stored method or create a new one, press ‘START’ and the system will automatically follow the user defined temperature utilizing a sophisticated PID algorithm. Furthermore, all reaction parameters can be modified “on-the-fly”, thus assuring the highest flexibility of operation. flexiWAVE control.