Christian dogmatics : A text-book for academical instruction and private study /

Bibliographies interspersed.

President Eisenhower; R.F. Bannow, N.A.M. President-1960; Charles R. Sligh Jr., Exec. V.P. N.A.M.; R.T. Compton, V.P. Gov't Relations, N.A.M.

Officers of the National Association of Manufacturers at White House, January 21, 1960

The legendary cabinet; a collection of British national ballads, ancient and modern,

Mode of access: Internet.

Town and country; or, life at home and abroad, without and within us.

Mode of access: Internet.

The constitutional and political history of the United States.

Vol. 1 translated by John J. Lalor and Alfred B. Mason; v.2, 4-7, by John J. Lalor; v. 3, by John J. Lalor and Paul Shorey.

Narrative of Anthony Dike; Albyn Valentine Dike branch, 1623-1942,

Mode of access: Internet.

Principles of political economy,

Mode of access: Internet.

Civilization : a play in five acts /

Mode of access: Internet.

Semi-centennial celebration ... Dec. 22, 1855.

Cover title.

The story of the English Baptists /

Bibliography: p. [317]-318.

The Episcopal Church of Scotland : from the reformation to the revolution /

Mode of access: Internet.

Synchronized mode-locked erbium fibre lasers with intracavity dispersion control using chirped in-fibre Bragg gratings

We demonstrate a dual-wavelength fibre laser system using chirped fibre Bragg gratings as reflectors and dispersive elements. The system produces two synchronized trains of soliton pulses with rms jitter of 620 fs.

Actively modelocked dual-wavelength fibre laser with ultra-low inter-pulse-stream timing jitter

We demonstrate a novel dual-wavelength erbium-fiber laser that uses a single nonlinear-optical loop mirror modulator to simultaneously modelock two cavities with chirped fiber Bragg gratings as end mirrors. We show that this configuration produces synchronized soliton pulse trains with an ultra-low RMS inter-pulse-stream timing jitter of 620 fs enabling application to multiwavelength systems at data rates in excess of 130 Gb/s.