Anfang - Mitte - Ende 1893-1914

Childhood in traditional Jewish atmosphere; description of general and Jewish life in Frankfurt am Main; family life; education in Jewish school "Philantropin"; university education in Heidelberg, Leipzig, Munich, Berlin and Marburg; military service prior to World War I.

Walter, Greta and Karl Loewenstein Collection. 1821-2004 Bulk: 1933-1989

This collection holds papers of members of the Loewenstein family, especially Walter and Karl Loewenstein. Among the papers here are examples of Walter Loewenstein's writing, documentation of life in Rietberg in Westphalia (Germany) during the late 1930s and early 1940s, and correspondence concerning the fate of several family members during this time. Papers relating to Karl Loewenstein focus on his wartime activities. The genealogy of the Brandenstein family is also represented here along with a few papers of other family members. The collection consists of unpublished manuscripts, correspondence, photographs, official and restitution documentation, notebooks and notes, genealogical research, and fliers.

Shalom Coin, Israel's 32nd Independence Day

Obverse: 200 Lirot silver coin, emblem of the State of Israel. Reverse: stylized lettering of the word 'peace' from olive branch's leaves.

Structural characteristics affecting functions of two actin regulating proteins

Structural biology is a branch of science that concentrates on the relationship between the structure and function of biological macromolecules. The prevalence of a large number of three dimensional structures offers effective tools for bio-scientists to understand the living world. Actin is the most abundant cellular protein and one of its main functions is to produce movement in living cells. Actin forms filaments that are dynamic and which are regulated by a number of different proteins. A class of these regulatory proteins contains actin depolymerizing factor homology (ADF-H) domains. These directly interact with actin through their ADF-H domains. Although ADF-H domains possess very similar three dimensional structures to one another, they vary in their functional properties. One example of this is the ability to bind to actin monomers or filaments. During the work for this thesis two structures of ADF-H domains were solved by nuclear magnetic resonance spectroscopy (NMR). The elucidated structures help us understand the binding specificities of the ADF-H family members.

Shalom Coin, Israel's 32nd Independence Day

Obverse: 200 Lirot silver coin. Reverse: Letters of the word 'peace' made out of the olive branch leaves.

Shalom Coin

Obverse: 10 Lirot silver coin, in the center, stylized inscription. Reverse: Stylized inscription, in the lower left side, helmet and olive branch.

Jerusalem Rotary Jubilee Commemorative Medal

Obverse: Stylized number 50, 5 is created by olive branch, 0 by the rotary wheel. Reverse: Stylized design of Jerusalem.

"From Victory to Victory" Commemorative Medal

Obverse: In the left part, three rifles with three flags (Israel, French, British), olive branch, inscription. Reverse: General Moshe Dayan, gate of the Jerusalem Old City in the background.

Jerusalem Peace Commemorative Medal

Obverse: Stylized inscription. Reverse: Dove of Peace carrying olive branch, in the center of the medal.

Seasonal Greeting token 1987

Obverse: Emblem of the Israel Government Coins and Medal Corporation. Reverse: Dove of peace with olive branch in its beak.

Caesarea Commemorative Medal

Obverse: A stylized design of Caesarea, a Roman arch with the sea beyond. Reverse: Ceasarea coin minted by Agrippas, Tyche (Fortune) holding in her right hand a ship's rudder, in her left a palm branch.

Blessed be the Healer Commemorative Medal

Obverse: In the center, a stylized design of the sun shining on a young branch. Reverse: Stylized inscription.

Analysis and prevention of extreme vibration in high speed craft - A research framework

Extreme vibration has been reported for small, high speed craft in the maritime sector, with performance and health threatening effects on boat operators and crew. Musculoskeletal injuries are an enduring problem for high speed craft passengers. Spinal or joint injuries and neurological disorders may occur from repetitive pounding over rough water, continued vibration and single impact events. The risk from whole body vibration (WBV) induced through the small vessels mainly depends on time spent on the craft, which can’t be changed in a military scenario; as well as the number of shocks and jolts, and their magnitude and frequency. In the European Union for example, physical agents directives require all employers to control exposure to a number of physical agents including noise and vibration. The EC Vibration Directive 2002/44/EC then sets out regulations for the control of health and safety risks from the exposure of workers to hand arm vibration (HAV) and WBV in the workplace. Australia has exposure standards relating to WBV, AS 2670.1-2001 – Evaluation of human exposure to whole body vibration. This standard is identical to the ISO 2631-1:1997, Mechanical vibration and shock – Evaluation of human exposure to whole-body vibration. Currently, none of the jurisdictions in Australia have specific regulations for vibration exposures in workplaces. However vibration is mentioned to varying degrees in their general regulations, codes of practice and guidance material. WBV on high speed craft is normally caused by “continuous 'hammering' from short steep seas or wind against tide conditions. Shock on High Speed Craft is usually caused by random impacts. Military organisations need the knowledge to make informed decisions regarding their marine operations, compliance with legislation and potentially harmful health effects, and develop and implement appropriate counter-measures. Marine case studies in the UK such as published MAIB (Marine Accident Investigation Branch) reports show injuries that have occurred in operation, and subsequent MCA (Maritime Coastguard Agency) guidance is provided (MGN 436 (M+F), WHOLE-BODY VIBRATION: Guidance on Mitigating Against the Effects of Shocks and Impacts on Small Vessels. MCA, 2011). This paper proposes a research framework to study the origin, impact and pathways for prevention of WBV in small, high speed craft in a maritime environment.

A time minimising transportation problem with quality dependent time

The usual assumption made in time minimising transportation problem is that the time for transporting a positive amount in a route is independent of the actual amount transported in that route. In this paper we make a more general and natural assumption that the time depends on the actual amount transported. We assume that the time function for each route is an increasing piecewise constant function. Four algorithms - (1) a threshold algorithm, (2) an upper bounding technique, (3) a primal dual approach, and (4) a branch and bound algorithm - are presented to solve the given problem. A method is also given to compute the minimum bottle-neck shipment corresponding to the optimal time. A numerical example is solved illustrating the algorithms presented in this paper.

Beradt Family Collection 1850-1956

Documents related to Ulla Brode, née Beradt and her family.