Does anybody know what organic binders and solvents are used in commercial glass pastes?

How do I calculate the theoretical capacity of a cathode material (LiMn1.5Ni0.5O4) for lithium ion battery?

I am trying to manually obtain the MWD of a polydisperse sample from its raw GPC data (RI signal [mV] versus elution time [min]) and the calibration curve. My question is how to relate the RI signal to dwt/d(LogM) on the vertical axis when I am making the MWD curve.

Using the calibration curve, I have converted the elution time data to Log M; this is the horizontal axis in the MWD. On the vertical axis, I don't know how to obtain the dwt/d(Log M) from the mV of the raw data. Do I simply divide RI data (vertical axis in raw data) by the their sum so that I get a normalized signal and plot it versus Log M data (this means that RI detector directly gives a measure of the weight of each molecular weight).

I need to find the deflection over the length in a cantilever. I'm working in comsol software.

Recently, I fabricated gold heater of serpentine shape on polyimide substrate. The heater is about 50 nm thick and the substrate is 7 um thick. However, when I increase the voltage of source to 6V, the resistance raised continuously to 400 Oh. (under room temperature normally is 250 Ohm). This change can be irreversibly. When I apply even higher voltage. The resistance could be ten thousand Ohms. Obviously, the heater was damaged or burned. If I want to heat up a little drop of water, the voltage that could result in damage can be lower. I am not sure what I can do in order to heat up and without damage my heater. I used a IR camera to detect the temperature when 6 V is applied, it shows the maximum temperature to be 34C.  Thank you

I am working on a design for a capacitive accelerometer in comsol multiphysics. I want to know how to couple electrostatics and solid mechanics domains. If possible please share the.mph file for the design.

I'm looking for some references on the relative merits of using different devices to sense current and voltage in a conducting cable. The application requires it to not be in contact, or encircle the conductor. The suggested sensors are Hall Effect and MEMS, both working off the electromagnetic field, but other means are acceptable. Some things I'm looking for are comparisons in sensitivity, current range, cost, reliability, etc.

What is the effect of chlorides on TeO2 glasses?

I am looking for how the mechanical quality factor of a small mechanical osciallator (pg mass, MHz frequency) is limited by damping introduced by gold electrodes located on top of the resonator and how the damping scales with temperature.

I have data for room temperature down to cryogenic temperature and I am looking for a good model that explains the temperature dependence.

Can anyone point me to publications that match this topic?