Category filter:

Acronym	Definition
RIE	Risico Inventarisatie en Evaluatie (Italian: Risk Inventory and Evaluation)
RIE	Reactive Ion Etching
RIE	Royal Infirmary of Edinburgh (Scotland, UK)
RIE	Resources for Infant Educarers (California)
RIE	Revista de Investigación Educativa (Spanish: Review of Educational Research)
RIE	Rapid Improvement Event
RIE	Recognised Investment Exchange (UK)
RIE	Rectification Interval Extension (aviation)
RIE	Right Inboard Elevon (US NASA)
RIE	Rice Lake, Wisconsin (Airport Code)
RIE	Receive Interrupt Enable
RIE	Regards sur l'Intelligence Economique (French: Views on Economic Intelligence)
RIE	Remote Instrument Enclosure
RIE	Regional Information Exchange
RIE	Résidence Internationale d'Etudiants (French: International Student Residence)
RIE	Remote Interface Electronics
RIE	Radar Interface Equipment
RIE	Réseau International EPIVAC (Épidémiologie & Vaccinologie; French: Research International EPIVAC (Epidemiology and Vaccinology))
RIE	Requirements-Induced Error
RIE	Réalisations Industrielles Electriques (French: Industrial Electrical Work)
RIE	Rencontres de l'Initiative Economique (French: Economic Initiative Encounters)

References in periodicals archive

We showed that a low temperature of PMMA curing (<115[degrees]C) combined with low oxygen gas pressure (-30mTorr) and low power (-8-12 Watts) produced ribbon patterns on graphene using a PMMA mask (-50 nm width, -60 nm thick) in a reactive ion etching chamber (MARCH CS-1701).

PMMA-Assisted Plasma Patterning of Graphene

In order to have an in situ (real-time) etch-depth control with this demanding accuracy we have successfully employed an adequate measurement techniques, by transferring the concept of reflectance anisotropy spectroscopy (RAS), which is well-known from epitaxy for growth control by now [29-35], to reactive ion etching (RIE) of monocrystalline semiconductor layer sequences [36-39].

Fundamental Transverse Mode Selection (TMS#0) of Broad Area Semiconductor Lasers with Integrated Twice-Retracted 4f Set-Up and Film-Waveguide Lens

Complex methods, such as the stepper photolithography and deep reactive ion etching, also known as the Bosch process, have helped researchers achieve some of these goals.

Making the smallest medical devices: as engineers seek to manufacture nanoscale products for medical applications, several paths look promising

Through the use of deep reactive ion etching it is possible to create complex and arbitrary geometries within the resonating structure.

Silicon stability

Plasma etching resistance was tested with multifunctional magnetically enhanced reactive ion etching machine.

A novel amide and imide copolymer as matrix resin for UV photoresist

Tegal said that the move completes the transition associated with its acquisition of the Deep Reactive Ion Etching (DRIE) products and related intellectual property for 3D packaging and MEMS devices from France-based Alcatel Micro Machining Systems (AMMS) and Alcatel Lucent (Euronext Paris:ALU) (NYSE:ALU).

Tegal establishes subsidiary in France

Lead project researcher Aleksander Angelov says the molds are made of silicon using standard micro-machining techniques including electron-beam lithography and deep reactive ion etching. A plasma polymerization process deposits a 5- to 10-nm-thick release coating on the mold surface.

Molding things too small to see

Chemical etching or chemically enhanced physical etching (i.e., reactive ion etching) is in general not appropriate for most complex oxides and some metal alloys of high interest (besides other materials).

Direct-write ion beam lithography