<--- Back to Details
First PageDocument Content
Technology / Biosecurity / NZi3 / Nanoparticle / Idaho / Idaho National Laboratory / National Institute of Water and Atmospheric Research / Science / Nanotechnology / Izon Science / Nanopore
Date: 2010-10-14 00:25:59
Technology
Biosecurity
NZi3
Nanoparticle
Idaho
Idaho National Laboratory
National Institute of Water and Atmospheric Research
Science
Nanotechnology
Izon Science
Nanopore

Add to Reading List

Source URL: www.izon.com

Download Document from Source Website

File Size: 129,07 KB

Share Document on Facebook

Similar Documents

Chemistry / Colloidal chemistry / Nanoparticles / Physical chemistry / Dynamic light scattering / Spectroscopy / Coulter counter / Particle size / Izon Science / Magnetic nanoparticles

Print Quantitative Nanoparticle Analysis Based on Resistive Pulse Sensing | American Laboratory

DocID: 1qVrx - View Document

Nanopore / Coulter principle / Dynamic light scattering / Particle-size distribution / Particle size / Electrophoresis / Brownian motion / Izon Science / Colloidal chemistry / Chemistry / Science

Particle Characterisation and Quantification with Tunable Resistive Pulse Sensing TRPS Arie van der Marel

DocID: 1gqhJ - View Document

Chemical pathology / Atmospheric chemistry / Science / Mass spectrometry / Chemistry

POSTDOCTORAL & EARLY CAREER RESEARCHER EXCHANGE – REPORT DR. GARETH IZON – UNIVERSITY OF ST ANDREWS EXCHANGE TO DEPARTMENT OF GEOLOGY, UNIVERSITY OF MARYLAND, USA – OCT 2014 Introduction: The SAGES PECRE award was

DocID: 1aLOI - View Document

Nanopore / Physics / Ion-beam sculpting / Window function / Noise / Amplitude / Nanopore sequencing / Izon Science / Nanotechnology / Science / Mathematical analysis

An Implementation for the Detection and Analysis of Negative Peaks in an Applied Current Signal across a Silicon Nanopore Joseph A. Billoa,b, Waseem Asghara,b and Samir M. Iqbal*a,b,c Department of Electrical Engineering

DocID: QNX7 - View Document

Optical tweezers / Virus / Nanoparticle / Nanopore sequencing / Izon Science / Nanotechnology / Biology / Nanopore

Novel chip-based platform could simplify measurements of single molecules

DocID: DdCz - View Document