Proceedings of the Court Martial Held by Order of Major Merritt

Proceedings of the court martial held by order of Major Merritt (1 double-sided page, handwritten): Captain Hamilton gave evidence against Caleb Cook (a private in Major Merritt’s Company of Light Dragoons) for disobedience and leaving quarters without leave of absence. Cook was fined and ordered to spend one month in prison. The document is stained and has holes in it along the middle fold. This does not affect the text, Aug. 7, 1812.

Copy 1 of the Proceedings of the Long Point Company with copy of new by-laws

Copy 1 of the Proceedings of the Long Point Company with copy of new by-laws. This copy (copy 2 is filed with minutes) has a torn back cover and a section cut from the last page. This does affect the text slightly. This is a 14 page printed booklet, June 1874.

Copy 2 of the Proceedings of the Long Point Company with copy of new by-laws

Copy 2 of the Proceedings of the Long Point Company with copy of new by-laws. This copy (copy 1 is filed with by-laws) is missing the back cover (14 page printed booklet), June 1874.

Message from the President of the United States, communicating, in compliance with a resolutión of the Senate, the proceedings of thetwo courts of inquiry in the case of Major General Pillow.

UANL

The treaty between the United States and Mexico, the proceedings of the Senate therson, and message of the President and documents communicated therewith : the messages, with correspondence between the executive departament, General Scott and Mr. Trist, and other papers and proceedings of the on Senate in relation thereto, from wich the injuction of secresy has been removed...

UANL

Proceedings of the seventeenth annual session of the International Hahnemannian Association

UANL

Proceedings Of Eleventh National Symposium On Antennas And Propagation

In this paper we have investigated the effect of cavity diameter and wall height on resonance and radiation characteristics of a circular microstrip patch antenna. Experiments were conducted using a fabricated prototype placed inside a cylindrical cavity. The results were compared and verified with simulated data obtained using an electromagnetic simulator. About 9.6 to 10.5 dBi peak gain was obtained from measured and simulated data