We present here the results of a radio frequency search for isolated pulses, with much higher sensitivity than achieved previously.
Arrays of carbon-nanotube transistors can detect prostate cancer with a much higher sensitivity than conventional techniques.
We found a much higher sensitivity at room temperature after thermal annealing.
In addition, the design has a much higher sensitivity than previously presented approaches and is significantly smaller.
The real time aerosol instrumentation exhibited a much higher sensitivity, being capable of quantifying emission levels below the EURO VI particle number limit of 6×1011 #/kWh.
Three-dimensional gold nanoelectrode ensembles (3D GNE) have proven to be promising nanoelectrodes by representing much higher sensitivity compared to both their 2D nanostructures and bulk counterparts.
The platinum-modified BDDMF (Pt-BDDMF) electrodes exhibited much higher sensitivity compared to Pt-microfiber electrodes, Pt electrodes and Pt-modified diamond thin film electrodes.
Comparing conventional and thin, low loading, inkjet printed electrodes, the inkjet printed electrodes show a much higher sensitivity to oxygen partial pressures.
These sensors provide many advantages over conventional conditioning monitoring methods, including no damage to the insulation system, real-time monitoring, facile operation, low cost, and much higher sensitivity.
We use a NMR instrument working at a higher frequency (23 MHz) that yields a much higher sensitivity than standard plug-size benchtop apparatus.
Interestingly, the P1/Cu2+ complex demonstrated much higher sensitivity towards histidine, with the detection limit of ∼2 ppm (∼1.3 × 10−5 mol/L).
