A pilot scale set up for the manufacture of fish hydrolysate

This paper describes a set up for a pilot plant with a capacity of 50 kg raw material per batch for the production of fish hydrolysate by enzymatic hydrolysis. Process flow sheet and complete specifications and functions of individual equipment have been described. Multifunctional equipment designed for this pilot plant set up has reduced the number of equipment considerably.

Dynamic Programming for Optimal Control of Set-Up Scheduling with Neural Network Modifications

This paper demonstrates an optimal control solution to change of machine set-up scheduling based on dynamic programming average cost per stage value iteration as set forth by Cararnanis et. al. [2] for the 2D case. The difficulty with the optimal approach lies in the explosive computational growth of the resulting solution. A method of reducing the computational complexity is developed using ideas from biology and neural networks. A real time controller is described that uses a linear-log representation of state space with neural networks employed to fit cost surfaces.

The Fantasio set-up: High resolution overtone spectroscopy of acetylene containing van der Waals dimers

info:eu-repo/semantics/nonPublished

FANTASIO: a versatile experimental set-up to investigate jet-cooled molecules

The design of a new apparatus, named FANTASIO, for studying jet-cooled molecules is described. It includes, around the same supersonic expansion cell, a high resolution Fourier transform spectrometer with single or multipass optics, a tunable diode laser spectrometer with optional cavity ring-down facilities, and a quadrupole mass spectrometer. Performance and operational procedures are illustrated.

Transmission measurements using a new far-infrared set-up

A system comprised of a Martin-Puplett type polarizing interferometer and a Helium-3 cryostat was developed to study the transmission of materials in the very-far-infrared region of the spectrum. This region is of significant interest due to the low-energy excitations which many materials exhibit. The experimental transmission spectrum contains information concerning the optical properties of the material. The set-up of this system is described in detail along with the adaptations and improvements which have been made to the system to ensure the best results. Transmission experiments carried out with this new set-up for two different varieties of materials: superconducting thin films of lead and biological proteins, are discussed. Several thin films of lead deposited on fused silica quartz substrates were studied. From the ratio of the transmission in the superconducting state to that in the normal state the superconducting energy gap was determined to be approximately 25 cm-1 which corresponds to 2~/kBTc rv 5 in agreement with literature data. Furthermore, in agreement with theoretical predictions, the maximum in the transmission ratio was observed to increase as the film thickness was increased. These results provide verification of the system's ability to accurately measure the optical properties of thin low-Tc superconducting films. Transmission measurements were carried out on double deionized water, and a variety of different concentrations by weight of the globular protein, Bovine Serum Albumin, in the sol, gel and crystalline forms. The results of the water study agree well with literature values and thus further illustrate the reproducibility of the system. The results of the protein experiments, although preliminary, indicate that as the concentration increases the samples become more transparent. Some weak structure in the frequency dependent absorption coefficient, which is more prominent in crystalline samples, may be due to low frequency vibrations of the protein molecules.

Show Set up Induction 2014

A recorded version of Adam Procter's show induction for students that due to legitimate reasons where unable to attend this compulsary setting - once viewed an email should be sent to adam.procter@soton.ac.uk to confirm you have watched, understand and will comply with the information presented.

How do I set up Landscape sections in a Word thesis?

This video shows how to create a Landscape Section in a Word 2010 file. Users of Word 2013 will find the steps almost identical. Users of Word 2011 for Mac will find this useful, steps can be found in the Word 2011 Sections manual. See how to: • Create a Landscape section • Set up margins for the Landscape section • Create Headers and Footers that retain the orientation of the text in Portrait section

How do I set up Headers and Footers in a Word thesis?

This video shows how to: • Set up Headers for each section, on the outside edge for both odd and even pages • Set up Footers with Page Numbering, on the outside edge for both odd and even pages Although this video shows the steps in Word 2010, the steps are virtually the same in Word 2013. Those using Word 2011 for Mac will find this useful and can find the details of where buttons are located in the Word Section manual.

How do I set up my thesis so it meets the University's Page Setup regulations for paper size and margins?

This video shows how to ensure the document: • has mirror margins that alternate on left and right hand pages • is A4 in size • has margins that are in-line with the regulations • has its major sections starting on the right hand (odd numbered) page Although this video shows how to perform these tasks in Word 2010, they are virtually identical in Word 2013. In Word 2011 for Mac the steps are very similar and precise details can be found in the Word 2011 Sections manual.