Staff directory

Search for a surname in the box below and then click "Search" to search for Staff.

If you want to get in touch but you don’t know who to contact, fill in our enquiry form and one of our advisers will get back to you as soon as possible.

Search people

All
People
Outputs
Projects
Post Grad
News
Events

School : School of Engineering and The Built Environment x Output Type : Conference Proceeding x Dewey Decimal : 621382 Communications engineering x

Outputs (2)

Improvement of Sound Quality by Means of Ultra-Soft Elastomer for the Gel Type Inertia Driven DML Type Transducer.

Cho, M., Prokofieva, E., Munoz, J. & Barker, M. (2010). Improvement of Sound Quality by Means of Ultra-Soft Elastomer for the Gel Type Inertia Driven DML Type Transducer
Cho, M., Prokofieva, E., Munoz, J. & Barker, M. (2010). Improvement of Sound Quality by Means of Ultra-Soft Elastomer for the Gel Type Inertia Driven DML Type Transducer

Unlike standard DML transducers, the gel-type inertia driven transducer (referred to as the gel transducer in this paper) designed as a mini woofer DML-type transducer, transf...
A Novel Design for a Gel-Type DML Transducer Incorporating a Solid Panel Projecting Multiple Independent Sound Sources.

Cho, M., Prokofieva, E., Barker, M. & Munoz, J. (2010). A Novel Design for a Gel-Type DML Transducer Incorporating a Solid Panel Projecting Multiple Independent Sound Sources
Cho, M., Prokofieva, E., Barker, M. & Munoz, J. (2010). A Novel Design for a Gel-Type DML Transducer Incorporating a Solid Panel Projecting Multiple Independent Sound Sources

The gel-type DML transducer (referred to as the gel transducer in this paper) excites a panel to radiate sound waves through the gel surround. The panel breaks into different ...

School : School of Engineering and The Built Environment x Output Type : Conference Proceeding x Dewey Decimal : 621382 Communications engineering x

Improvement of Sound Quality by Means of Ultra-Soft Elastomer for the Gel Type Inertia Driven DML Type Transducer.

Cho, M., Prokofieva, E., Munoz, J. & Barker, M. (2010). Improvement of Sound Quality by Means of Ultra-Soft Elastomer for the Gel Type Inertia Driven DML Type Transducer
Cho, M., Prokofieva, E., Munoz, J. & Barker, M. (2010). Improvement of Sound Quality by Means of Ultra-Soft Elastomer for the Gel Type Inertia Driven DML Type Transducer

Unlike standard DML transducers, the gel-type inertia driven transducer (referred to as the gel transducer in this paper) designed as a mini woofer DML-type transducer, transf...
A Novel Design for a Gel-Type DML Transducer Incorporating a Solid Panel Projecting Multiple Independent Sound Sources.

Cho, M., Prokofieva, E., Barker, M. & Munoz, J. (2010). A Novel Design for a Gel-Type DML Transducer Incorporating a Solid Panel Projecting Multiple Independent Sound Sources
Cho, M., Prokofieva, E., Barker, M. & Munoz, J. (2010). A Novel Design for a Gel-Type DML Transducer Incorporating a Solid Panel Projecting Multiple Independent Sound Sources

The gel-type DML transducer (referred to as the gel transducer in this paper) excites a panel to radiate sound waves through the gel surround. The panel breaks into different ...

School : School of Engineering and The Built Environment x Output Type : Conference Proceeding x Dewey Decimal : 621382 Communications engineering x

Edinburgh Napier University

Staff directory

Outputs (2)

Improvement of Sound Quality by Means of Ultra-Soft Elastomer for the Gel Type Inertia Driven DML Type Transducer.

A Novel Design for a Gel-Type DML Transducer Incorporating a Solid Panel Projecting Multiple Independent Sound Sources.

Date

School

People

Output Type

Library Of Congress

Dewey Decimal

Improvement of Sound Quality by Means of Ultra-Soft Elastomer for the Gel Type Inertia Driven DML Type Transducer.

A Novel Design for a Gel-Type DML Transducer Incorporating a Solid Panel Projecting Multiple Independent Sound Sources.

Date

Date

Date

Date