11.0 Reference list
11.0 Reference list
Recommended further reading for those wishing to learn more about the science of acoustics.
- 9 ways that sound affects our health, wellbeing and productivity, Kate Torgovnick May
- A Basic Guide to Acoustic Treatment, Professional Music Technology
- A Cheap Way to Test A Room’s Acoustics, RSL Speakers
- A Technical Report on the Behaviour of Sound in an Enclosed Space, Olatubosun et al.
- Acoustic basics for interior design on the NCIDQ Exam, Practice
- Acoustic Design According to Room Shape, Knauf
- Acoustic Design for Restaurants, Knauf
- Acoustic impact on effective teaching and learning activities in open learning spaces, Campbell et al.
- Acoustic Panels installed in hallways, The Quiet Room
- Acoustic Problems & Solutions, Wenger
- Acoustic Properties of Building Materials for Noise Control, The Constructor
- Acoustical design in healthcare: An issue that needs to be heard, Healthcare Design
- Acoustics & Noise, MAS Environmental
- Acoustics in Practice – International e-Journal of the European Acoustics Association
- Acoustics of Enclosed Spaces: Architectural Acoustics,
- Acoustics of Schools: a design guide
- Acoustics, EKOUS
- An Acoustics Primer, Indiana University
- Ancient Greek Amphitheater: Why You Can Hear From Back Row, ScienceDaily
- Architectural Acoustics – Acceptable Room Sound Levels, Archtoolbox
- Average Absorption Area of a Standing Person, P Edwards B. Sc.
- Average Sound Absorption per Person at Octave Band Frequencies Between 125Hz And 4000Hz in an Enclosure, Chagok et al.
- Basic Acoustic Concepts Series: Part One, Sound Acoustic Solutions
- Behavior of Sound Waves, How Stuff Works
- Classroom acoustics III: Acoustical model studies of elementary school classrooms, Siebein et al.
- Common Absorption Coefficients for Acoustical Treatments, Commercial Acoustics
- Controlling noise within a space, acoustics.com
- Dealing With The Effects Of Noise, Encyclopaedia Britannica
- Different acoustic room types, AcousticBulletin
- Echoes, DK
- Effect of Chronic Noise Exposure on Aggressive Behavior of Automotive Industry Workers, Alimohammadi et al.
- Effective noise control solutions for high ceiling spaces, Kirei
- Effects of unattended speech on performance and subjective distraction: The role of acoustic design in open-plan offices, Haapakangas et al.
- Fundamentals of Acoustics, Professor Colin H Hansen
- Healing environment: A review of the impact of physical environmental factors on users, Huisman et al.
- Healing soundscape: hospital acoustics 2.0, Evert Ph.J. De Ruiter
- History of Acoustics, Siemens
- How Do Acoustic Materials Work? Alice Elizabeth González
- How does space shape sound? Greg J. Smith
- How Soundmasking Leads to Better Acoustics, Pleasant Space, Facilities Net
- How sounds affect our state of mind, Science for Environment Policy EU
- How to Choose a Sound Masking System, Making Privacy Simple
- How To Improve the Acoustics of a Room, ArchDaily
- Improvement of voice alarm systems in underground stations, Luis Gomez-Agustina
- International Standard ISO 3382-2 Acoustics
- Is Noise Pollution the Next Big Public-Health Crisis? The New Yorker
- Keys To Improve Architectural Acoustics: Sound Absorption and Diffusion, ArchDaily
- Noise at Work, ASHA
- Noise in the nervous system, Faisal et al.
- Noise, Encyclopaedia Britannica
- Noise, World Health Organisation
- NR – Noise Rating Curve – The Engineering Toolbox
- Optimised classroom acoustics for all, David Canning & Adrian James
- Perceived acoustic environment, work performance and well-being – survey results from Finnish offices, Haapakangas et al.
- Productivity: How Acoustics Affect Workers’ Performance In Offices & Open Areas, David M. Sykes, PhD
- Reflection, Refraction, and Diffraction, The Physics Classroom
- Refraction of Sound Waves, Daniel A. Russell Ph.D.
- Reverberation Time, Hyper Physics
- Room acoustics, Matias Remes, M.Sc. FISE A acoustics
- Room Acoustics, PA Systems and Speech Intelligibility for Voice Alarm Systems using the example of the Cruise Center Steinwerder, Anselm Goertz and Alfred Schmitz
- Room modes 101, Acoustic Frontiers
- Sound absorption values and classes, Acoustic Comfort
- Sound absorption, Designing Buildings Wiki
- Sound Control for Improved Outcomes in Healthcare Settings, Joseph and Ulrich
- Sound Diffusion Explained, AcousticsFirst
- Sound Masking 101, Biamp
- Sound Waves, University of Southampton
- SoundMasking Systems, Niklas Moeller »» Soundproofing Material, Noise Help
- Soundproofing vs Sound Absorption, Soundproof Cow
- Soundscape, Quiet Areas & Health – a national and local challenge, Bureau Veritas
- The 4 ways sound affects us, Julian Treasure
- The Acoustic Performance of Modern Learning Environments Vs. Single Cell Classrooms, Michael Donn
- The Basics Of Acoustics And Acoustic Panels In Interior Spaces, Acoustic Designworks
- The Basics of Sound Control, Johns Manville
- The Hidden Benefits of Silence, Psych Central
- The Science and Applications of Acoustics, Daniel R. Raichel
- The Speech Transmission Index (STI), embedded Acoustics
- The Use of Computer Modeling in Room Acoustics, J. H. Rindel
- Understanding Noise Control, City Soundproofing
- Understanding the stress response, Harvard Medical School
- Wave, Encyclopaedia Britannica
- What are Noise Curves? NTI Audio
- What are sound waves? BBC
- What does productivity sound like? Wired
- What is a decibel, and how is it measured? How Stuff Works
- What Is Flutter Echo And How Does It Apply To Room Acoustics? Acoustic Fields
- What is Sound and What is Noise? Environmental Protection Department Hong Kong
- What is sound? The Open University
- What’s More Distracting Than A Noisy Co-Worker? Turns Out, Not Much, NPR
- What’s the Difference Between Indirect and Direct Field Sound Masking? Atlas IED
- Where To Place Acoustic Panels, Commercial Acoustics
- Which Materials Carry Sound Waves Best? Stephen Allan
- Why Silence Is So Good For Your Brain, Huffington Post
