Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Employer
-
Field
-
material microstructure and composition and in-situ quality control. Your expertise in the field of metallurgy and materials science will allow you to develop such a programme, complementary to existing
-
, and TeraHertz imaging. These technologies are largely complementary to each other and can be used in different set-ups as (i) an R&D tool to measure specific characteristics of materials (e.g. food
-
on how to optimise the steel processing parameters in order to obtain optimum operational functionality given the constraints and limitations of the chemical composition. *https://prozesswaerme.net/think
-
Chemistry (MACH) department focuses on the processes, mechanisms, and applications of combinations of various materials (metals, polymers, ceramics, composites), and explores the development of hybrid
-
collaboration with your team partners, translating chemical variations into physical properties, with the ultimate goal to gain more insights and find the optimal material composition. While our lab is highly
-
seeding, supersaturation, and solvent composition. Utilize advanced Process Analytical Technologies to monitor liquid and solid phases in real-time while investigating downstream processes, including
-
of combinations of various materials (metals, polymers, ceramics, composites), and explores the development of hybrid materials with advanced functionalities. This professorship emphasizes novel functional
-
are largely complementary to each other and can be used in different set-ups as (i) an R&D tool to measure specific characteristics of materials (e.g. food structures or polymers), (ii) as a quality control
-
(i) an R&D tool to measure specific characteristics of materials (e.g. food structures or polymers), (ii) as a quality control procedure implemented within an industrial setting (i.e. compatible with
-
to address the outstanding question of how the surface layers that form during operation depend on the bulk composition and how those layers contribute to the electrocatalytic properties. Our approach combines