Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Employer
-
Field
-
deposition would mean depositing the 'n' materials discretizing the elastic modulus gradient at each printing layer. - Propose new deposition strategies adapted to the geometric constraints imposed by
-
the evaporation cell. The special feature of this evaporation cell is that it uses a porous 3D carbon matrix produced by 3D printing (stereolithography), after pyrolysis of biosourced resins. The role of this 3D
-
cell types. The focus will be on developing hydrogel scaffolds, in particular using marine polymers, that can be scaled up for use in drug testing using automated 3D printing technology. This position is
-
effect [4,5]. This structure will be 3D printed using reinforced polymer filaments. The choice of material will be crucial and will constitute one of the first phases of this work. The material must have
-
Post-Doc- Combinatorial deposition of functional thin films by Spatial Atomic Layer Deposition (M/F)
. COMSOL) • Experience in 3D design (CAD, blender, SOLID WORKS, etc) and 3D printing Requirements: • PhD degree in materials science, physics, chemistry or related field. • A very good knowledge of
-
The candidate should have a Masters’ degree in chemistry, with major interest in analytical chemistry. Background/interest in electrochemistry, in 3D printing, and willing to work in a multidisciplinary
-
(CERHUM, Materialise, Spartha Medical, OCR) and hospital partners (Toulouse University Hospital). Keywords: Maxillofacial reconstruction; 3D printing; biomaterial; oncology; head cancer; synthetic bone
-
frequency; for instance, it decreases near a solid surface. Recently, our laboratory has developed a technique to stabilize bubbles by trapping them in solid cages made by precise 3D printing. We have shown
-
: "Micro-structural origin of chaotic mixing in porous media " keywords : experimental fluid mechanics, dynamical systems, laser and optics, 3D printing T he PhD candidate will uncover the physical
-
through porous structures. The candidate will use 3D printing tools to reproduce natural porous architectures (rocks, fractures, vessels, membranes) and image scalar transport using novel tomography