Science & Engineering Consultants



Technical Consulting Network of Scientists, Engineers and Expert Witnesses

Areas of Expertise

Agriculture

Analysis / Methods

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Legal: Patents

Manufacturing

Materials Engineering / Physical Chemistry

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Merger and Acquisitions (M&A)

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Nanotechnology

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Transportation & Logistics

Nanotechnology


CECON brings materials and chemical science to nanotechnology. With a broad foundation in physical chemistry, colloid chemistry, gels, emulsion and suspension polymerization, surfactants, and dispersants, we have technical experts that knows the critical issues of small particle technology. Functional issues such as particle size measurement and characterization, particle coatings, particle separation (agglomeration free), charge separation and solid state reactive chemistry and thermodynamics are an essential supporting leg of the nanotechnology revolution.

CECON is building its consulting practice in the nanotechnology area and we will find the expert perfect for your project. Following are selected consultants that are skilled in the material technologies underpinning nanotechnology, listed by specialty. Many other similar experts are in our Expertise Data Base. Contact a CECON specialist to help identify technical experts who exactly meet your needs.

Colloid Chemistry

Chemistry of suspending very small particles in a solution, micelle formation, stabilization and colloid formation.

Consultant Number: 335, Colloid Chemist and Polymer Consultant Specializing on Surface and Interface Chemistry

Consultant Number: 1224, Biomolecular Physicist Consultant: Development Novel Biomimetic Ligands


Dispersant

Separation of very small particles with reduced agglomeration though chemical, mechanical, electrostatic charge separation and other technology approaches.

Consultant Number: 1015, Chemical Consultant: Surface Chemistry, Catalysis, Surface Area Modification and Analytical Methods

Consultant Number: 719, Consultant Physicist Specializing in Semiconductor Growth, Processing, Characterization and Nanotechnology Applications

Consultant Number: 335, Colloid Chemist and Polymer Consultant Specializing on Surface and Interface Chemistry

Consultant Number: 1210, Biodegradable Polymers and Microencapsulation of Biocides, Fungicides and Herbicides

Consultant Number: 1220, MEMS Microfluidics and MEMS Manufacturing Processes: Technical Expert and Consultant


Fullerenes

Carbon atom cages, balls, tubes, fibers and other large carbon-cage molecules.

Consultant Number: 583, Inorganic Carbon, Composites, & Instrumental Analysis

Consultant Number: 799, Mass Spectroscopy Expert: Protein Folding and Fullerene Compounds

Consultant Number: 1316, Magnetic MaterialsConsultant: High Temperature Magnets, Noncrystalline Magnets and Magnetic Property Characterization

Consultant Number: 1335, Nanotechnology Engineer Consultant


Particle Size

Particle size measurement; sample preparation, deagglomeration, surfactant and dispersant solution stabilization.

Consultant Number: 1015, Chemical Consultant: Surface Chemistry, Catalysis, Surface Area Modification and Analytical Methods

Consultant Number: 719, Consultant Physicist Specializing in Semiconductor Growth, Processing, Characterization and Nanotechnology Applications

Consultant Number: 1194, Consultant Chemical Engineer for Industrial Chemical Processes and Products Including Oxidizers, Phosphorus and Sodium Carbonate

Consultant Number: 959, Bioengineer Consultant Expert in Material Science, Nanotechnology, Biosynthesis of Polymeric Materials, Biomaterial Implants and Drug Delivery

Consultant Number: 1004, Nanomaterial Consultant: Application in Thin Films, Inks, Magnetic compounds and Expert Witness of Nanomaterial Technology

Consultant Number: 1335, Nanotechnology Engineer Consultant


MEM

Nanoscale Electrical Mechanical Devices MEMS are nanoscale electrical mechanical devices that are driven by electrical or mechanical energy. Such micro and nano devices provide a desined and controlled mechanical or electrical function when stimulated by an energy impulse. MEM technology can be applied to electronics, sensors, motion control devices, nanobiotechnolgy, medical system and many other small scale functional machines.

Consultant Number: 1335, Nanotechnology Engineer Consultant