The analytical prediction of the electromagnetic behavior of dielectrically clad vehicles is becoming increasingly important. the proposed effort consists of producing a gtd-based formulation for the prediction of electromagnetic scattering by conformal reactive surfaces, the formulation including… More

Infrared absoring may be incompatible with certain types of radar-absorbing material. the objective of this proposal is to develop an effective ir coating which is transparent to microwave energy.

Certain military applications require a ram to function at high temperatures. a novel method of forming such a ram coating is described. an experimental procedure for fabricating and evaluating the material is outlined.

Damaskos, inc. proposes to develop a thin film material which can be economically manufactured in large sheets. this material will have infrared optical characteristics that can be varied over a wide range. the material will also be compatible with radar low observables technologies (lot), that is… More

A novel method of computerizing integral equations of electromagnetic scattering has been developed which requires less memory than other methods which solve only an approximate finite rank integral equations and which enables one, with enough computational effort, to completely correct the… More

This proposal involves an innovative coating which can reduce the thermal signature of a targets while also absorbing microwaves over selected frequency band. this coating is a thin film which can be applied to a flexible plastic film and to extend signature control over a multi-spectral region. the… More

A broadband ( octave) dual polarized flush mount antenna with low rcs will be developed. the antenna will be centered in c-band with at least odbi of gain with a simulated ceramic heatshield installed. the element will be designed to have an omni-directional radiation pattern to allow it to be… More

A thin broadband normal incidence vhf/uhf absorber will be designed. the absorber will be a laminate structure using magnetic absorbing material to provide the primary loss mechanism. the magram will be loaded with other materials to control its impedance and increase its index of refraction.… More

Damasko, inc. proposes to develop a thin film shielding material which will have properties combining the desirable features of good conductor and a highly magnetic metal. the film will be deposited onto a flexible substrate which will allow it to be laminated to form a composite material with good… More

A smaller, lighter power supply will have an immediate market in both the commercial and military sectors. Higher switching frequencies reduce the size of power supplies but existing transformer core materials are forced to operate at low frequency to avoid losses in the transformer core. This… More

Damaskos, inc. proposes to evaluate various fabrics suitable for incorporation into tentage and shelters to lower their ir signatures. the materials will include a microwave transparent fabric developed by damaskos, inc. which has low and controlled emissivities in the ir. the material is diffusely… More

A thin film power supply is proposed based on a new thin film magnetic material for the transformer core which will result in a high efficiency, ultra compact transformer capable of MHz operation. This transformer will consist of a thin film core in combination with thin film windings and will be… More

This Small Business Innovation Research Phase I project presents an application of Damaskos, Inc.'s trade marked ThinShield microstructure-engineered material to the problem of low frequency shielding of the magnetic fields emanating from the barrel of an electric gun. The project objective is to… More