Technical Inquiries (TIs)

The core function of HDIAC is to answer technical questions using our in-house technical personnel, vast DoD information resources, and our extensive network of subject matter experts (SMEs). HDIAC has technical staff available to conduct technical research in order to give you a head start on your analysis or study in any of our technical focus areas. We offer a free 4-hour TI research service or, for slightly larger research efforts, we offer an extended technical inquiry (ETI) service.

Technical Inquiry Features

Our TIs include the following to help you with your research:

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Literature Searches

A curated bibliography given a technical topic

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Document Requests

Dissemination of technical reports to authorized users

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SME Referrals

Contacts and connections with relevant, technical SMEs

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Free Technical Inquiry Services

HDIAC’s free TI service offers 4 hours of free research per inquiry on any topic within our technical focus areas. Typical TI efforts may include answering technical questions, literature searches, document requests, or referrals to SMEs. Completed responses are compiled and delivered to the inquirer in less than 10 business days.

 

How to Submit a New Technical Inquiry

Log in to our member portal using a CAC, ECA, or PIV and then complete the New Technical Inquiry form.

Users without a CAC, ECA, or PIV can email us at contact@hdiac.org with the inquirer's name, email address, organization, active government contract number (if applicable), the technical inquiry, and any additional details.

Extended Technical Inquiry (ETI) Services

ETIs are externally funded research efforts that go slightly beyond 4 research hours. ETIs require between 5 and 160 technical hours of research, with a $50K maximum ceiling and period of performance up to 2 months.

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Ready to submit a technical inquiry?

Receive free information research on technical topics

Notable Inquiries

Notable TIs are findings and/or summaries of responses to the most recent and impactful technical inquiries submitted by HDIAC members under our 4 free hours of information research support.

Filter by Technical Focus Areas

By default, only content within your selected technical focus areas is displayed throughout the site. You can update your technical focus areas in your profile or temporarily filter the content here.

Decontamination Studies Relevant to the United States Coast Guard (USCG)

What studies have been done on using standard DECON solutions on MH-60-type aircraft/small boat composite materials, and what is the effectiveness of each solution/method for military use? Are there any health hazard studies on the dangers of the solutions to DECON personnel on aircraft?

Data Pertaining to MH-60 Helicopter Engine Exposure to Chemical Warfare Agents or Toxic Industrial Chemicals

Are there any studies on helicopter engines (MH-60) after being exposed or actually ingesting CWAs or TICs into the engine, was there damage, and did it affect the engine's performance?

On-Board Oxygen Generating System Performance Against Chemical Agents

Are there any technical reports available that describe testing of on-board oxygen generation system (OBOGS) systems in the presence of chemical agents or simulants?

Use of Ultraviolet Germicidal Irradiation (UVGI) as a COVID-19 Disinfectant

Is there relevant data regarding the efficacy of 254-nm germicidal ultraviolet C (UVC), including dosage required, to effectively disinfect touch surfaces exposed to the novel coronavirus SARS-CoV-2? Does that data contain any applications of the same UVC wavelength to surfaces of aircraft or other transportation interiors?

Effectiveness of Electrostatic Sprayers in Cleaning Touch Surfaces

Are cleaning chemicals applied by electrostatic sprayers effective at sanitizing touch surfaces?

The Efficacy of Expedient Mask Material and the Effect of Particle Size on Lung Deposition

What biodefense communities have known about the efficacy of expedient masks to protect against infection by aerosolized agents? To what degree are particles of different sizes absorbed in the lung, re-exhaled without absorption, or captured in the mucosal cilia?