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Title: advantages of multiple effect evaporator over single effect evaporator Page Link: advantages of multiple effect evaporator over single effect evaporator - Posted By: abhishekkumar Created at: Thursday 17th of August 2017 06:08:00 AM | |||
To get full information or details of multiple effect evaporator over single effect evaporator please have a look on the pages | |||
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Title: Ion sensitive eld effect transistor modelling for multidomain simulation Page Link: Ion sensitive eld effect transistor modelling for multidomain simulation - Posted By: bisworanjan Created at: Thursday 17th of August 2017 05:00:11 AM | |||
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Title: Strong Field-Effect in Graphene on SiC Page Link: Strong Field-Effect in Graphene on SiC - Posted By: mgreshma Created at: Thursday 05th of October 2017 04:38:46 AM | |||
Strong Field-Effect in Graphene on SiC | |||
Title: Ion Chamber Dosimetry Accuracy in Small X-Ray Field Measurements Page Link: Ion Chamber Dosimetry Accuracy in Small X-Ray Field Measurements - Posted By: karan_vikesh Created at: Thursday 17th of August 2017 06:15:19 AM | |||
Modern radiation therapy techniques, such as stereotactic radiotherapy and tomotherapy, deliver the total treatment dose to the patient using many small fields. This helps to construct a dose distribution which delivers a high dose to the tumour, while minimizing the dose to normal tissue. When considering a single small field, the dose resulting from that small field is usually reported as a relative dose factor (RDF). The RDF is the percentage of dose in a small field as compared to a large reference field. Task group report #51 from the Amer ....etc | |||
Title: electrically based ion exchange process for water purification by using nanotechnolo Page Link: electrically based ion exchange process for water purification by using nanotechnolo - Posted By: siva Created at: Thursday 17th of August 2017 05:10:52 AM | |||
hello | |||
Title: ISFET-ion-sensitive field-effect transistor Page Link: ISFET-ion-sensitive field-effect transistor - Posted By: manju das Created at: Thursday 17th of August 2017 07:00:41 AM | |||
ISFET is an ion-sensitive field-effect transistor used to measure ion concentrations in solution and is a new type of miniaturised semiconductor chemical sensor. It is based on the structure of the metal-insulator-semi-conductor field-effect transistor (MISFET) in which a metal gate is replaced by an ion selective membrane, an electrolyte and a reference electrode here when the ion concentration (such as pH) changes, the current through the transistor will change accordingly. Here, the solution is used as the gate electrode. A voltage between s ....etc | |||
Title: Prospect of P3HT Field effect transistors Page Link: Prospect of P3HT Field effect transistors - Posted By: Computer Science Clay Created at: Thursday 05th of October 2017 03:22:52 AM | |||
Prospect of P3HT Field effect transistors | |||
Title: electron and ion beam nanolithography Page Link: electron and ion beam nanolithography - Posted By: sudhir dhadge Created at: Thursday 17th of August 2017 04:42:40 AM | |||
top down methods of nanotechnology i need description about this lithographic techniques ....etc | |||
Title: factors affecting stability of a complex ion Page Link: factors affecting stability of a complex ion - Posted By: kira_ Created at: Thursday 17th of August 2017 05:20:13 AM | |||
to get information about the topicfactors affecting stability of a complex ion related topic refer the page link bellow | |||
Title: effect of tower displacement of two parallel transmission lines on magnetic field Page Link: effect of tower displacement of two parallel transmission lines on magnetic field - Posted By: jassi731 Created at: Thursday 17th of August 2017 08:32:35 AM | |||
This article describes the effect of tower displacement of two parallel transmission lines on the magnetic field distribution. Here, two parallel lines with the same working voltage and having the same span and in which the use of artificial tower displacement is made is modeled.Parallel transmission lines with different span lengths and different voltages produce tower displacements naturally and this is also modeled. Additionally, the effects like the spacing between the parallel lines, phase conductors arrangements and the transmission line ....etc |
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