Category: Composer & Instrument

The University of Southampton’s MSc Instrumental Analytical Chemistry masters degree

At the University of Southampton our MSc Instrumental Analytical Chemistry masters degree is structured around a solid core comprised of the three main analytical techniques. These comprise: mass spectrometry, NMR spectroscopy and X-ray diffraction.

Modules within this chemistry masters programme make use of a range of learning, teaching and assessment methods based around a core of lectures, practical experimentation, and private research and study.

As well as summative coursework assignments, many modules on this chemistry masters degree will also make use of formative coursework in the form of short reports and presentations. Formative development will be in the form of reflective, peer group and tutor-led exercises – both theoretical and practical.

Group and team working are also a key component of this chemistry masters programme, with some coursework being carried out in groups and the learning results presented to the class. A key theme throughout the programme is that of management of facilities, projects and people, which provides an alternative dimension to learning.

Taught modules on this chemistry masters programme primarily consist of core material and are delivered in the form of lectures, partly with integral small group exercises and practical experimentation, which has a strong individual and hands-on ethic. As a student you will benefit from unhindered access to a dedicated educational instrument-based laboratory.

Senior Lecturer Dr Simon Coles, said of this chemistry masters programme: -This qualification will enable graduates to embark on rewarding managerial and scientific careers both in industry and academia. Around the world, new universities are being established and innovative companies are being launched. They are investing in the latest analytical equipment and will want to recruit people who know how to get the most out of it.-

Find out more about this chemistry masters programme by visiting the University of Southampton’s Chemistry website. The address is www.southampton.ac.uk/chemistry

Find out more about this chemistry masters programme by visiting the University of Southampton’s Chemistry website. The address is www.southampton.ac.uk/chemistry

Akai MPC Sounds Popular Series of Electronic Musical Instruments

Akai MPC sounds are gaining a lot of popularity nowadays. These are the very popular and well respected series of electronic musical instruments. Akai MPC sounds was produced by a company of Japan called Akai since 1988. Akai MPC sounds are basically intended for the functioning as drum machine, which is very powerful. Akai MPC sounds are made from the design ideas from the machines like the sequential circuits inc. Linn’s own Linn 9000 and studio 440. It combines a very powerful MIDI sequencer having the ability to sample the sounds of one’s own.

The samples that are latest in the Akai MPC sounds are having powerful features like sampling, interfacing, storage, and the facilities of sound manipulation. These features are helpful in broadening the use of instrument that are beyond just rhythm tracks and drum. There are different models of Akai MPC sounds, which are MPC 60, MPC 3000, MPC 2000, MPC 2000XL, MPC 4000, MPC 2500, MPC 1000 samples, and many more.

The above mentioned models are arranged as per their release dates. MPC 60 is actually a 16 voice polyphonic. This model is very much similar to Linn 9000. MPC 60 was released in 1988. With a 750 KB memory standard, which is expandable to 1.5 MB, this model was the first one of Akai Company. This model is popular for its swing setting and the sequencer is very much powerful as well as flexible. MPC 3000 was the improved version of MPC 60 with the addition of stereo sampling of 16-bit 44.1 kHz. It also had increased memory with 32 voice polyphony and other effects and filters. It was released in 1994.

Then, MPC 2000 was introduced in 1997. It is a 64-track sampler/sequencer. But, this model was discontinued in 2000. This model had a memory of 2 MB and expandable to 32 MB with a sampling of 44.1 kHz. MPC 2000XL was similar to the MPC 2000. It has many new features that include 4 pad bank keys. MPC 4000 was released in 2002. This model was the top of the range flagship product of Akai. It has 16 velocity and pads that are pressure sensitive. Then MPC 2500 was introduced, which is the mid range of Akai MPC sounds with a USB port.

MPC 1000 samples have special features 32 voice stereo sampling with 64-track sequencing. MPC 1000 samples also have pressure sensitive MPC pads.

Author Bio: The author is an expert in the field of Akai MPC sounds. He is also very knowledgeable about MPC 1000 samples. For more information, visit

Four Types Of Cornet Instruments

The use of cornet instruments is slowly fading in the musical scene due to new developed instruments such as trumpets. However, other musicians are still using the cornet for this instrument greatly earns their trust and respect. Cornets are still widely used by the British and European brass bands these days. There are many instruments that produce sounds similar to the Cornet and this is the reason why it is slowly fading. Presented below are four types of cornets and the distinct feature of each.

Alto Cornets – Cornet instruments alto looks like and plays like a usual cornet. It has a slender tube and a flared ball. What makes alto cornet unique is its wider bore. It produces lower tone sound compared to the standard treble cornet. This specific type of instrument is commonly used in ensembles and grand musical events.

Tenor Cornets – The tenor instrument is also referred to as the lizard. This one is really popular during the Baroque and the Renaissance Period for most musicians in the periods found it good. When described physically, the tenor or lizard has a range of two and a half octaves. It is tuned at C key and the lowest note it can produce is the A C. Professional users of the tenors usually push the instrument in order to achieve higher octaves.

Bass Cornets – These cornet instruments produce sounds and tones similar to other wind instruments. However, the bass is continually replaced by the serpent and trombone. It plays an octave lower than the standard ones and can create low lying parts in the tenor clef C.

Mute Cornets – If the alto contains a wider bore, the mute cornet instruments have a thin bore with a conic shaped mouthpiece located at the top. It has a number of holes in the body and has a tapered and straight design. It creates soft sounds and is used together with flutes, recorder and viols.

HK Calibrations – Bio Medical Instrument and Electrical Calibration, Nata Calibrations

Electrical Calibrationmeans evaluation between two instruments. In this case one instrument indicates precise or correct reading and the second instrument is similarly made like the first instrument.Bio medical instrument calibrationis use specially used in health care industry. There are various bio medical instruments available in the market for use. For e.g. Em2 Personal Stress Reliever, e sense Temperature, EEG system, Heart Rate Variability Finger Sensor etc. All these instruments are needed for certain check up of body ailments. Hence their electrical calibration is essential. Imagine abio medical instrument like Heart Rate Variability Finger Sensor, which is meant to regulate and identify your irregular pulse rate, is not functioning properly! Wrong low readings will make the patient feel healthy, as a result he will stop taking medicines. On the other hand wrong high readings will compel the patient to take unnecessary medicines and precautions. Ultimately the patients like is in danger and so the reputation of the company. Hence electrical calibration is an essential aspect for any biomedical instrument calibration.
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These instruments are used not just by patients but well qualified doctors as well. Diagnosis done by doctors is always with the aid of some or the other bio medical instrument. Wrong intrepretation by the instruments will lead to wrong conclusions and wrong medicines. Sometimes at the basic level, doctors can identify faulty instrument but in sesitive cases where the condition of a patient is sensitive doctors need standard instruments with precise electrical calibration.Treatments which involveMRI, CT scan, ECG,EEGshould be done with highly calibrated instruemnts. One wrong judgement and the human life is lost forever.

Bio medical instruments involve safety of human life hence proper care should be taken to keep the devicesin sync with the industry standards. Proper care should be taken to maintain them at regular intervals. Hence elecrical calibration is must.

HK Calibration Technologies provides expert bio medical instrument calibration services for many types of calibration and test & measurement instruments. Extensive metrology experience is applied to every electrical calibration we conduct, and our strict adherence to our quality assures absolute compliance to the standards that affect your industry.

Musical Instrument Digital Interface – The Midi Trinity

Officially, MIDI stands for Musical Instrument Digital Interface, and it was invented in 1982. These days, it refers to three components:

1. A physical connector between electronic instruments and between electronic instruments and a MIDI controller, usually a keyboard. The connector takes the form of MIDI IN and MIDI OUT jacks form which MIDI cables can bet plugged into any electronic instruments (and you’d be surprised at how much music hardware out there today is MIDI-capable almost every detachable keyboard is!)

2. A message format this message format is the heart of MIDI. This format is made up not of the sounds themselves, but simply the commands that are issued by the MIDI keyboard to the electronic instruments telling them how to play a given song (play the violin turn down the volume to XX, adjust the pitch to YY, etc.)

With the above two components, a musician was able to control a string of musical instruments from a single keyboard, giving him a one-man band effect.

3. A storage format in other words, MIDI files. This latecomer of the MIDI trinity was what really did the trick because it allowed musicians to record their creations and tweak them on many different parameters until they got it sounding just they way they wanted it. Without this, MIDI songs could not be played back, because since MIDI commands include only the instructions to the instrument on how to play the song and not the actual music itself, they cannot be recorded in audio format. Now MIDI files can be recorded, emailed, or even downloaded from the Internet.

A MIDI studio can now be produced in two ways via hardware or software. The hardware version involves connecting a keyboard (using MIDI cables) to the MIDI jack of an electronic instrument and then stringing together up to 16 of these instruments in a daisy chain by way of their MIDI IN and MIDI OUT jacks. The software version keeps the MIDI keyboard (or other MIDI controller such as a MIDI guitar, etc.), while the instruments appear in virtual form on a computer screen (various software programs such as Reason, Logic, and Cubase can do this).

Surgicall Instrument Tip Protectors

To protect valuable medical equipment its best to use tip protectors, scopes and forceps from being damaged. Many times the damage to an instrument from not using tip protectors is not repairable, This is why you will have to replace the medical instruments. There’s 2 different types of vent protectors vented (with holes) and non-vented (without holes). most indivuals prefer to use vented tip protectors because they are safer to use and easier to remove from the medical instrument, This method also minimizes finger punctures. Also the use of the vented tip protectors it also improves exposure of the sterilant to the devices surface.

Places to use tip protectors: -Tips of pointed scissors -Tips of sharp instruments -Skin hooks -Distal tip on rigid scopes -Cutting edges of osteotomes Surgical Instrument Protection Cases: There are multiple benefits for having sterilization/metal cases for specific instruments: -Keeps all your surgery equipment organized -Reduces the opportunity for misplacing a certain sized instrument -Protects the cutting edges of the instruments -Reduces the number of times the instruments have to be sharpened -Gives an organized fashion in the sterile field

Surgical Instrument Marking Tape Application 1)Clean fingers with rubbing alcohol to remove dirt, grease and oil 2)Wipe tape site with alcohol to get rid of any lubricant 3)Tape length should be only 1 – 1 times around and applied with firm tension 4)After tape is applied on the autoclave instruments. The heat will assist with the bonding of the tape. 5)Remeber to tape up your shanks of all surgical instruments, but avoid instruments rings. It wont be a big deal if you wrap your tape two times around the closing of the tips of scissors.

Looking for forceps or maybe surgical equipment? Then come visit HNM Medical on the internet today!

A surgical instruments article is by Mike T.

Learning How to Play a Musical Instrument

Benefits that such relaxation, and the school would like to learn a musical instrument has become the primary appeal is a large number, and increase confidence and improve their feelings of success. If you feel comfortable playing on your machine, you want to learn a great way to get the benefits.

All chains

What if you cello, violin, double bass or viola, violin selections are willing to pay that appeal to you. Although many violinists seem very full, and round to get the correct string instrument to learn with technology took a lot of hard work and dedication is much needed exercise.

Selection tool you are interested in and enjoy while you learn the basics of how to play at least some lesson to teach.

Collision

With a good sense of rhythm is very good for anyone, and a wide variety of tools to choose from competing group is for. The drums, bells, cymbals, or other items which include a variety of creative win. In general, each state a specific drum drum and Yoruba (Nigeria) or taiko drums (Japan) and a variety of percussion instruments is the most popular categories.

Air Tools

A Woodwind Instrument create a beautiful sound, but requires a lot of practice if anything needs to read lips or finger technique can. And took lessons with teacher Woodwind help you perfect your techniques and make a beautiful sound when you are making.

Psalm include woodwind family even though they are made of metal and very specific technical devices face shape and help you make a sound that is produced.

Similarly, oboe, double reed instruments appropriate mouth if you do not have the technology to play a complex device.

Copper

Brass instrument as a strong voice among many, is the most popular production tools. If you want to learn the trumpet, trombone requires, French Horn or Tuba, and a strong voice out of breath a lot.

Each unique sound brass instrument, tuba, French horn’s low on vibration produces a mellow softness.

If you know how to play a musical instrument, learn music theory, a Cello lessons book, a teacher and musical journey begins!

I hope you find this article useful. Music lessons in most instruments is easy if you are looking for a local list is to find. If you like something a lot more special or exclusive taiko drumming,’re looking to learn – it is best as a qualified instructor and international brands to find:

The Harm That Musical Instruments Inflict On Your Teeth

Before your child engages in the playing of any wind instrument, a New York orthodontist advises the parents to first talk to the dentist. The dentist points out that a number of dental problems come as a result of playing certain kinds of instruments. In one report he wrote for the Journal of the American Dental Association, he pointed out that millions of kids living in America are either playing an instrument they chose to play or are playing an instrument which was just carelessly picked out for them.

The children would see then that they were just not meant to play certain instruments because it does not fit them dentally or temperamentally. Would be musicians would then find themselves only able to play the instrument with a certain degree of skill without being particularly good at it. Any good dentist who is concerned about the service he gives to his patients must let would be musicians, music teachers, and parents know that potential problems in dentistry are related to musical instruments.

Before pursuing a musical instrument, it is advised that children and parents first seek advice from a dentist. There are a lot of dentists who claim that single reed instruments are usually to blame for cases of body tissue illnesses experienced by wind instrumentalists. The lower lip is supported by the teeth, and unfortunately it is also here that a lot of weight from the instrument is applied. The affected bone area does not receive enough blood when continued pressure is placed on the teeth.

The outward pressure that may be unintentionally exerted from the muscles of the jaw may force itself against the upper teeth and harm the alignment of the teeth. The upper and lower teeth experience pressure from the lips when brass instruments such as the trombone and horns are played. Extended periods of playing these instruments may lead to unnecessary movement or mobility of teeth. Those with irregular or sharp front teeth may experience pain on their lips when they play the oboe while those with short upper lips would have a difficult time playing the flute.

There are also certain string instruments that create potentially serious dental problems. He said previous studies have shown that continuous violin playing causes much pressure on the jaw, especially the part which holds the violin against the shoulder, and this may lead to a faulty bite in some people. An oral examination for those who want to play musical instruments is recommended so that possible dental problems can be avoided. Would be musicians would not have to worry too much about dental suitability and musical handicap so long as proper early recommendations are given.

Complications in life can be avoided by getting early checkups in life. Before playing wind instruments is one such case where seeing a dentist beforehand is a must. In closing, whatever you do or want to do, see a dentist first.

Native Instruments Audio 2 Dj Usb 2.0 Interface – Size Does Not Matter

Native Instruments has always lived up to the expectations of people in providing great software. But today, they are also becoming more and more popular for creating great hardware, especially when it comes to computer audio and USB audio interfaces. And with their latest product, the new Audio 2 DJ USB 2.0 Interface, they are about to prove themselves great once again.

The Audio 2 DJ will surely feed any digital DJ’s craving for high quality, extremely mobile audio interface whether they are using TRAKTOR or other DJing and performance software. Native Instruments did make a statement with this one – it is the smallest DJ USB soundcard in the world, BUT still has the enough punch to shake the world’s biggest clubs down.

Struggling entry level DJs who are looking for the ultimate portability possible for an audio interface without compromising audio quality will find their prayers answered with the Audio 2 DJ. And if you are a digital DJ who does not really need audio recording or time code control, then you got everything that you need with the Audio 2 DJ.

One great thing about the Audio 2 DJ is that, you can practically hook it up in any computer as long as you have a USB 2.0 cable. Its two quarter inch output channels also provides flexibility since it can either be used to route stereo signals to an external mixer, or as a master out and headphone monitor when using the internal mixer of your existing performance software. All you will need is your laptop, and the Audio DJ 2 USB 2.0 is good to go!

If you are thinking that because it is so small, it must have cut its corners in the sound quality department, well you are wrong. You will be amazed that Native Instruments guarantees super high end Circus Logic AD/DA converters. That means you get ultra low latency drivers, hi gain output levels (reaching up to 9.7 dBu on both channels) as well as ultra wide frequency response despite the extremely portable size of the Audio 2 DJ! So, even when you are holding the smallest USB audio interface in the world, you will get uncompromised sound quality and clarity with every detail of your music.

Size is not an issue with the new Audio 2 DJ USB 2.0 Interface from Native Instruments. Having a size no larger than a deck of cards, this bus-powered audio interface literally fits in a pocket and still can accommodate even the most demanding club systems. It houses a new balance of quality, size, and price. So go and get the Native Instruments’ Audio 2 DJ USB 2.0 Interface, today!

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