Thalesnano Zrt.

Micromass UK Limited

Thalesnano Nanotechnológiai Zrt.

Dániel Szalay

Steven Derek Pringle

Keith George Richardson

Emrys Jones

Michael Raymond Morris

James Ian Langridge

Ian David Trivett

Stephen O'Brien

Ferenc Darvas

Alvin Chua

Frances Bolt

Tamás Karancsi

Anthony Hesse

Zoltán Takáts

Pamela Pruski

Lajos Gödörházy

Ferenc Boncz

David Macintyre

Matt Henderson

László Ürge

Júlia Balog

Norbert Varga

Dániel Simon

Lajos Gödörhazy

Phillip Bennett

Zoltán TAKÁTS

Philip Robert Bennett

An apparatus is disclosed comprising a first device for generating aerosol, smoke or vapour from one or more regions of a target, an inlet conduit to an ion analyser or mass spectrometer, the inlet conduit having an inlet through which the aerosol, smoke or vapour passes, and a Venturi pump arrangement arranged and adapted to direct the aerosol, smoke or vapour towards the inlet.

Inlet instrumentation for ion analyser coupled to rapid evaporative ionisation mass spectrometry ('REIMS') device

The invention relates to a porous electrode used in an electrochemical cell, containing a carrier and/or catalytic agent, which is characterized by that it consists of two or more layers with different average pore sizes, out of which layers the contact layer with the smallest average pore size is in contact with the membrane, and one or more supporting layers with a greater average pore size are linked to the other side of this contact layer. Furthermore, the invention relates to a procedure for the manufacturing of such electrodes and to electrochemical cells containing such electrodes.

Electrode for electrochemical cell operating with high differential pressure difference, procedure for the manufacturing of such electrode and electrochemical cell for the use of such electrode

The present invention relates to a method of forming a sealed channel on the surface of a sheet made of a material with a particular extent of plasticity, the sheet forming a reactor block for a microfluidic reactor.

Method of forming a sealed channel of a microfluidic reactor and a microfluidic reactor comprising such channel

A laboratory scale continuous flow hydrogenation apparatus () includes a reservoir (), a feed pump (), a mixing element () with two inlets and an outlet, a hydrogenation reactor () and a pressure-adjusting unit (), all connected into a flow path. A hydrogen source () and a one-way valve () are arranged between the hydrogen source () and the second inlet of the mixing element (). The feed pump () can provide a constant volume rate. The reservoir () contains at least a solvent base solution of the sample to be hydrogenated. The hydrogenation reactor () connects into the flow path by detachable connections and is formed as a replaceable cartridge containing a packing which increases the flow resistance and facilitates mixing. The pressure-adjusting unit () connects into the flow path after the hydrogenation reactor () and is provided with a regulation controlled electrically.

Flow-type laboratory hydrogenation apparatus and laboratory hydrogenation process using the apparatus

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Budapest, Hungary

Dániel Szalay