№ files_lp_3_process_7_083357
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The document details the investigation of nanoporous materials for acoustic attenuation, including experimental methods and the identification of candidate materials, with plans for future research and industrial applications.
Year:
2022
Region / City:
Birmingham, Oxford
Theme:
Acoustic Research
Document Type:
Research Report
Institution:
University of Birmingham, University of Oxford
Author:
Yueting Sun, Jason Raymond, James Kwan
Target Audience:
Acoustic researchers, material scientists, industrial partners
Duration:
8 months
Approval Date:
1st May 2022
Date of Changes:
N/A
Price: 8 / 10 USD
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Note:
Year
Document Type:
Safety Data Sheet
Organization / Institution:
Bundesanstalt für Materialforschung und -prüfung (BAM), National Institute of Standards and Technology (NIST)
Target Audience:
Research and development professionals
Year:
2026
Region / City:
Mansfield, MA, USA; Tianjin, China
Topic:
Stem cell delivery, biomaterials, nanotechnology
Document Type:
Research article
Institution:
NanoVault, Hebei University of Technology
Author:
Thomas J. Webster
Target Audience:
Biomedical researchers, material scientists
Methods:
Additive manufacturing of metal nanoporous membranes, in vitro and in vivo studies
Key Findings:
Controlled nanopore size, inhibition of IgG, promotion of neovascularization, selective biomolecule passage
Funding:
NanoVault, Inc.
Applications:
Diabetes treatment, stem cell transplantation
Year:
2022
Region / City:
Geneva
Subject:
Radiowave propagation, Gaseous attenuation, Earth-space paths
Document type:
Recommendation
Organization / Institution:
ITU (International Telecommunication Union)
Author:
ITU-R Study Groups
Target audience:
Radiocommunication professionals, researchers, meteorologists
Period of validity:
Ongoing
Approval date:
August 2022
Date of last modification:
August 2022
Year:
2019
Region / City:
Missan, Iraq
Subject:
Optical Fiber Communication
Document Type:
Research Paper
Organization / Institution:
University of Basrah, Ministry of Education
Authors:
M. S. Jasim, H. A. Sultan, C. A. Emshary
Target Audience:
Researchers, Engineers, Academics in Optical Fiber Communication
Period of Action:
Not specified
Approval Date:
Not specified
Date of Modifications:
Not specified
Keywords:
optical fibers, attenuation, dispersion, soliton
Abstract:
Fiber optics being the most important in many of applications like medicine and communication. Many factors affect the light propagation through it, like attenuation, dispersion, and nonlinear effects.
Context Description:
A research paper analyzing the effect of attenuation and dispersion on the propagation of a Gaussian pulse in optical fibers using theoretical simulations.
Year:
2026
Region / City:
Shanghai, China
Topic:
Cancer immunotherapy, ovarian cancer
Document Type:
Research article with supplementary materials
Institution:
Fudan University, Obstetrics and Gynecology Hospital; Shanghai Cancer Center
Authors:
Kankan Cao, Guodong Zhang, Moran Yang, Yiying Wang, Mengdi He, Chen Zhang, Yan Huang, Jiaqi Lu, Haiou Liu
Target Audience:
Biomedical researchers, oncologists
Experimental Models:
Mouse xenografts and isografts (OVCAR-5, SKOV3, HM1, ID8agg)
Methodologies:
RNA sequencing, CCK-8 proliferation assay, BrdU incorporation, colony formation assay, migration assay, Random Forest analysis, scRNA-seq
Therapeutic Interventions:
St3gal3 inhibition, macrophage depletion, CXCR3 blocking, α2,3 sialylation targeting, dual immune checkpoint blockade (anti-PD-1, anti-CTLA-4)
Data Repositories:
GEO accession numbers GSE213219, GSE224856, GSE158937, GSE147082
Supplementary Materials:
Figures S1–S14, detailed methods, references
Year:
2021
Region / City:
Moscow, Russia
Topic:
Neutron flux attenuation, constructional materials, ITER reactor
Document type:
Research article
Organization / Institution:
Project Center ITER
Author:
D.S. Fridrikhsen, T.M. Kormilitsyn, S.Yu. Obudovsky, A.O. Kovalev, Yu.A. Kashchuk
Target audience:
Researchers, engineers in nuclear physics, materials science
Period of validity:
N/A
Approval date:
N/A
Date of changes:
N/A
Year:
2016
Region / City:
United Kingdom
Topic:
War, Memory, Acoustic Studies, Conflict
Document Type:
Book Chapter
Organization / Institution:
Routledge, Imperial War Museum
Author:
Paul Gough, Katie Davies
Target Audience:
Scholars, Historians, Artists
Period of Validity:
Not specified
Approval Date:
March 16, 2017
Date of Changes:
Not specified
ISBN:
9781138927827
Pages:
416
Context:
This book chapter investigates the sensory dimensions of war, exploring how sound and memory have been used to creatively interpret and reconstruct the experience of conflict and its aftermath.
Year:
2014
Region / City:
Canada
Topic:
Acoustic and Thermal Insulation
Document Type:
Master Specification
Organization / Institution:
ROXUL INC.
Author:
ROXUL INC.
Target Audience:
Specification Writers, Engineers, and Contractors
Period of Validity:
Not specified
Approval Date:
Not specified
Date of Amendments:
Not specified
Type:
Webinar
Date:
4 June 2025
Duration:
40-minute presentation followed by Q&A session
Presenter:
Aaron N. Rice
Affiliation:
Cornell University
Project:
Wildlife and Offshore Wind (WOW) Project
Funding:
DOE/BOEM
Host Organization:
Global Alliance for Managing Ocean Noise (GAMeON)
Topic:
Underwater noise associated with offshore wind energy development
Geographic Scope:
International (EU, UK, US)
Primary Subjects:
Marine mammals, offshore wind farms, underwater acoustics
Audience:
Individuals interested in underwater noise and members of the international decision-making community
Associated Resources:
Discovery of Sound in the Sea (DOSITS)
Year:
2023
Region / City:
N/A
Theme:
Acoustic Panels, Felt Products
Document Type:
Technical Specifications
Organization / Institution:
FilzFelt
Author:
FilzFelt
Target Audience:
Architects, Designers, Contractors
Validity Period:
N/A
Approval Date:
N/A
Revision Date:
N/A
Year:
2024
Date:
October 30, 2024
Location:
Mt Snow, Vermont, United States
Organization:
REDIacoustics, LLC
Note:
Organization
The Carinthia Recording Company
Founders:
Peter Hackel; Morgan Dorr
Collaborator:
PK Pandey
Associated Organizations:
Sony Music Publishing; AVN | SYS; Hummingbird Media, Inc.
Facility Location:
Destiny Lodge, Mt Snow, Vermont
Facility Size:
7,000 square feet
Opening Date:
December 2024
Industry:
Music production; Acoustic engineering
Document Type:
Press release
Contact Person:
Stephen Bailey
Announcement Number:
NFFM7320-20-03292
Project Title:
Acoustic Releases
Issuing Agency:
U.S. Department of Commerce, National Oceanic and Atmospheric Administration (NOAA), Eastern Region Acquisition Division, Simplified Acquisition Branch
Statutory Authority:
FAR 13.106-1(b)(1)(i), Only one responsible source
Procurement Method:
Sole-source acquisition under FAR Part 13
NAICS Code:
334516
Business Size Standard:
1000 employees
Intended Contractor:
Innovasea Marine Systems Canada, Inc
Product:
VEMCO VR2AR Acoustic Releases
Submission Deadline:
August 28, 2020, 11:00 AM EST
Contact Person:
Virginia Deaton, Contract Specialist
Place of Performance:
United States
Type of Document:
Notice of Intent to Award Sole-Source Contract
Purpose:
Acquisition of acoustic releases for deep water long-term acoustic recordings
Authors:
Megan V. Winton; Jeff Kneebone; Douglas R. Zemeckis; Gavin Fay
Corresponding author:
Megan V. Winton
Email:
[email protected]
Affiliations:
Department of Fisheries Oceanography, School for Marine Science and Technology, University of Massachusetts Dartmouth; Anderson Cabot Center for Ocean Life, New England Aquarium; Department of Agriculture and Natural Resources, New Jersey Agricultural Experiment Station, Rutgers, The State University of New Jersey
Type of document:
Supporting information
Main article title:
A spatial point process model to estimate individual centers of activity from passive acoustic telemetry data
Content:
Supporting Tables
Table included:
Table S1
Subject:
Estimated probability of detection by receiver and time step
Methodological context:
Spatial point process model with receiver- and time-varying detection probabilities
Data source:
Detections from a stationary test tag
Variables:
Probability of detection; Hour of deployment; Receiver identifier; Distance from receiver to test tag
Number of time steps:
152
Receivers:
SB12; SB13; SB7; SB14; SB6; SB15; SB11
Year:
2023
Region / City:
Not specified
Topic:
High-pressure and high-temperature properties of Fe-C alloys
Document type:
Supplementary materials
Organization / Institution:
APS, ANL
Author:
Not specified
Target audience:
Researchers in material science, geophysics, and mineral physics
Effective period:
Not specified
Approval date:
Not specified
Modification date:
Not specified
Note:
Year
Topic:
Engineering
Document type:
Lesson plan
Target audience:
Students (KS3)
Period of implementation:
Yr.7 rotation (approximately 9 lessons), Yr.8 rotation (approximately 9 lessons), Yr.9 rotation (approximately 9 lessons)
Context:
A comprehensive lesson plan outlining various engineering projects for students in Key Stage 3, focusing on product analysis, CAD design, and workshop skills.
Year:
2011-2013
Region / city:
United Kingdom
Topic:
Neonatal care, environmental management
Document type:
Clinical guideline
Organization / institution:
NHS Staffordshire, Shropshire and Black Country Newborn Network
Author:
Multiple healthcare contributors (NHS network)
Target audience:
Neonatal healthcare professionals
Period of validity:
2011-2013
Approval date:
2011
Sources:
BAPM (2005), Gardner et al (2010), McCall et al (2010), Lyon and Freer (2011), Turnbull and Petty (2013 a and b)
Year:
2023
Region / City:
London, UK
Theme:
Music, Acoustic, Electro-Soul
Document Type:
Press Release
Organization / Label:
Tatemae Recordings / Atlantic Records
Artists:
HONNE (Andy Clutterbuck, James Hatcher)
Content:
EP release announcement and live session details
Tracks Highlighted:
no song without you, free love, by my side
Release Date:
July 2023
Performance Date:
September 2023
Media Included:
Artwork, Press Photos, Live Video
Country:
New Zealand
Regulatory framework:
New Zealand Building Code 1992 including revisions and amendments
Referenced standard:
NZS1170.5:2004 Structural design actions – Earthquake actions – New Zealand
Trade section:
Carpentry
Document type:
Construction specification
Subject:
Supply and installation of carpentry works and Supercrete™ Acoustic Wall System Type 1
System name:
Supercrete™ Acoustic Wall System Type 1
Wall classification:
Fire-rated inter-tenancy acoustic wall system
Fire rating:
90/90/90
STC rating:
61–65 depending on plasterboard lining thickness
Panel type:
75mm Supercrete™ Autoclaved Aerated Concrete (AAC) panels
Panel dimensions:
600mm width x 75mm thickness; lengths 2400mm, 2550mm, 2700mm, 2850mm, 3000mm
Panel density:
525kg/m³ nominal dry density
Wall thickness:
305mm–331mm depending on configuration
Application:
Single or multi-storey residential buildings
Load bearing status:
Supercrete™ Panels non-load bearing; suitable for load bearing and non-load bearing framed walls
Installation conditions:
Ambient temperature requirements specified for adhesives and mortar
Components included:
DPC, bedding mortar, slotted base angle, base channel, Superbond Adhesive, wall brackets, fire protection strip
Manufacturer reference:
Supercrete™ Acoustic Wall Systems Design & Installation Guide
Year:
2022
Event:
IMEKO 24th TC3, 14th TC5, 6th TC16 and 5th TC22 International Conference
Dates:
11–13 October 2022
Location:
Cavtat-Dubrovnik, Croatia
Type of document:
Conference paper
Field:
Acoustics and metrology
Keywords:
Fabry Perot, infrasonic pressure, refractometry, optical microphone, opto-acoustic sensor
Authors:
A. Rezki; Z. Silvestri; J-P. Wallerand; C. Guianvarc’h; M. Himbert
Affiliations:
LNE-CNAM, Paris, France; LOMC UMR CNRS 6294, Le Havre, France
Frequency range investigated:
40 mHz to 5 Hz
Measurement principle:
Laser frequency locking on a Fabry Perot cavity to detect air refractive index variations
Related standard:
IEC 61094-2:2009
Related institutions mentioned:
BIPM; National Metrology Institutes (NMI)
Referenced SI revision:
2019 redefinition of the International System of Units
Year:
N/A
Region / City:
N/A
Subject:
Acoustic pressure levels, blood-brain barrier disruption, ultrasound sonication
Document Type:
Research data table
Institution:
N/A
Author:
N/A
Target Audience:
Researchers in medical and ultrasound technologies
Period of validity:
N/A
Approval Date:
N/A
Date of Changes:
N/A
Context Description:
Supplementary tables providing acoustic pressure levels and secondary trial outcomes for blood-brain barrier disruption using ultrasound sonication.