The process relies on the use of supercritical CO₂, where the absence of surface tension allows drying to occur without mechanical stress on the material. This is particularly advantageous for mechanically sensitive porous systems such as certain metal–organic frameworks (MOFs), covalent organic frameworks (COFs), and gels.

The same Leica EM CPD300 model has also been successfully used by the Lotsch Group at the Max Planck Institute for Solid State Research, underlining its suitability for advanced materials research.

The availability of this instrument further strengthens the capabilities for the preparation and characterization of delicate porous materials within the CRC network.

Der Beitrag New Critical Point Dryer installed at Endo Group erschien zuerst auf Collaborative Research Center 1333.

Within the CRC 1333, the spectrometer will be used for materials characterization, catalyst characterization, and diffusion studies.

A 400 MHz Solid State NMR has been already available at the Institute of Technical Chemistry (ITC) and delivered important insights during our first funding period, e.g. on spatial distribution of catalysts. With the new 500 MHz spectrometer, capabilities can be extended and we will be able to measure much faster and with higher resolution.

The spectrometer will be operated within the group of the main applicant, Jun.-Prof. Deven Estes from the ITC as instrument manager in close collaboration with the co applicants

• Dr. Michael Dyballa, Assistant Manager of the spectrometer, Institute of Technical Chemistry, (Project C01)
• Prof. Michael Buchmeiser, Institute of Polymer Chemistry (Projects B02, B04, B06)
• Prof. Biprajit Sarkar, Institute of Inorganic Chemistry (Project C02)
• Prof. Sabine Laschat, Institute of Organic Chemistry, (Project A08)

The Institute of Inorganic Chemistry will provide space for the spectrometer and a technician from Project A04 of CRC 1333 will help with the maintenance.

We thank Deven and the co-applicants for their efforts and look forward to new and exciting insights into our catalysts and materials!

Der Beitrag Delivery and installation of our new 500MHz Solid-State NMR spectrometer erschien zuerst auf Collaborative Research Center 1333.

From now on we can save valuable time in the lab by measuring our air-sensitive samples in the glove box with the new infrared spectrometer.

Der Beitrag Installed: New Infrared Spectrometer in Glovebox erschien zuerst auf Collaborative Research Center 1333.

A 400 MHz Solid State NMR has been already available at the Institute of Technical Chemistry (ITC) and delivered important insights during our first funding period, e.g. on spatial distribution of catalysts. With the new 500 MHz spectrometer, capabilities can be extended and we will be able to measure much faster and with higher resolution.

The spectrometer will be operated within the group of the main applicant, Jun.-Prof. Deven Estes from the ITC as instrument manager in close collaboration with the co applicants:

• Dr. Michael Dyballa, Assistant Manager of the spectrometer, Institute of Technical Chemistry, (Project C01)
• Prof. Michael Buchmeiser, Institute of Polymer Chemistry (Projects B02, B04, B06)
• Prof. Biprajit Sarkar, Institute of Inorganic Chemistry (Project C02)
• Prof. Sabine Laschat, Institute of Organic Chemistry, (Project A08)

The Institute of Inorganic Chemistry will provide space for the spectrometer and a technician from Project A04 of CRC 1333 will help with the maintenance.

We thank Deven and the co-applicants for their efforts and look forward to new and exciting insights into our catalysts and materials!

Der Beitrag Approval of new 500MHz Solid-State NMR spectrometer erschien zuerst auf Collaborative Research Center 1333.

We look forward to saving time in the lab from now on measuring our air senstive samples with the new infrared spectrometer in a glovebox. 

Der Beitrag New Infrared Spectrometer in Glovebox erschien zuerst auf Collaborative Research Center 1333.