Method and apparatus for assessing physical properties of a para- or diamagnetic structure such as a carbon fiber
EP3323796A1
Flow device and method for the separation of chiral molecules or carrier substances
EP3366642A1
Nonlinear optical materials and method for their production
DE102016124085A1
Apparatus and method for high temperature testing of material samples
DE102016011991A1
Method and device for producing a carbon fiber and intermediate product for producing a carbon fiber and device for producing an intermediate fiber
DE102016011825A1
Pulse generating means for delivering a pulse to a surface and arrangement
DE102016010974A1
Material conversion arrangement and method
EP3335248A1
Detector for detecting electromagnetic radiation
EP2602821A1
Graphene-based nanodevices for terahertz electronics
DE102010023952A1
Process for producing diamond films and diamonds prepared by the process
DE102009004810A1
A method of executing one or more programs on a multi-core processor and multi-core processor
DE102008013513A1
Dielectric component with high relative permittivity, its use and crystalline substrate with integrated circuits
DE102008005673A1
Bubbles, as well as methods for the preparation and manipulation of bubbles
DE102007041544A1
Method of making DLC layers and doped polymers or diamond-like carbon layers
DE102007028293A1
Plasma reactor, its use and process for producing monocrystalline diamond films
DE102007021563A1
Surface plasmon resonance spectrometer, has sensor film arranged on transparent substrate for radiation, where radiation source is attached in layer construction on transparent substrate, and sensor film controls radiation from source
DE102006027181A1
Processor with internal grid of execution units
DE102005018820A1
Light emission method, involves exciting sound waves` charge carriers in semiconductor layer structures in higher energy intraband conditions and relaxing carriers again in energy sound conditions to emit electromagnetic radiations
DE102005018533A1
Macromolecules separating method for manufacturing carbon nano tube field effect transistors, involves applying acoustic waves on solid surface to separate and align macro molecules in surface and determining reaction of waves on molecules
DE102004057956A1
Increasing the wear resistance of hard material layers, comprises irradiating the precipitated material in situ with an additional laser
