2. In DMC, it is possible to create droplets from samples and reagents, divide, transport and merge the for dilution and reaction, or isolation. 3. Sensor is a transducer that converts the measurand into a signal that carries information. 4. Patch clamp technique allows the recording of atoms currents from the cells through the cell membrane 5. Microhotplate based gas sensor is a multi-layer structure which consists of a heater, a membrane, a temperature sensor, an electrodes and Contacts.
2. In DMC, it is possible to create droplets from samples and reagents, divide, transport and merge the for dilution and reaction, or isolation. 3. Sensor is a transducer that converts the measurand into a signal that carries information. 4. Patch clamp technique allows the recording of atoms currents from the cells through the cell membrane 5. Microhotplate based gas sensor is a multi-layer structure which consists of a heater, a membrane, a temperature sensor, an electrodes and Contacts.
Related questions
Question
Transcribed Image Text:Q1 (72): Answer with True or False and make corrections to the wrong sentences.
4- Points evenly distributed.
1. The interaction of the thin film and thick film layers with the surrounding gases is rather different in
gas sensor. Thin film layers are accessible to the gases in the whole volume whereas thick film layers
interact with gases at the geometric surfaces.
2. In DMC, it is possible to create droplets from samples and reagents, divide, transport and merge the for dilution
and reaction, or isolation.
3. Sensor is a transducer that converts the measurand into a signal that carries information.
4. Patch clamp technique allows the recording of atoms currents from the cells through the cell membrane
5. Microhotplate based gas sensor is a multi-layer structure which consists of a heater, a membrane, a
temperature sensor, an electrodes and Contacts.
6. Dielectrophoresis is the translational motion of a particle in a suspending medium due to the interaction between
the polarization of the particle and an applied uniform electric field.
7. The gas-induced changes at the metal oxide surface are transduced by the microstructure of the sensing
material into an electrical resistance output. The resistance will decrease with increasing 02
concentration.
8. Giga seals in patch clamp decreases the background noise in order to get current measurements ins mA
resolution.
9. Electrowetting is a phenomenon whereby an electric field can modify the wetting behavior of a droplet
in contact with an insulated electrode. If an electric field is applied non-uniformly then a surface energy
gradient is created which can be used to manipulate a droplet sandwiched between two plates.
10. In electrowetting, if an electric field is applied uniformly then a surface energy gradient is created
which can be used to manipulate a droplet sandwiched between two plates.
11. A good thermal conductor layer is used between the gas sensor and the substrate on which the sensor
is manufactured to provide thermal energy to the sensor.
12. In DEP, if the particle has more conductivity than the fluid surrounding it, the particle moves away
from the high electrical field region.
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps
