Anagrams of ERHOLD__

• a duplicator (trade mark Xerox) that copies graphic matter by the action of light on an electrically charged photoconductive insulating surface in which the latent image is developed with a resinous powder

• a copy made by a xerographic copier

• reproduce by xerography

• At the home of

• atmospheric moisture or dust or smoke that causes reduced visibility

• confusion characterized by lack of clarity

• become hazy, dull, or cloudy

• harass by imposing humiliating or painful tasks, as in military institutions

• the 19th letter of the Hebrew alphabet

• preceding even the first

• Any of many isomeric univalent hydrocarbon radicals, C6H13, formally derived from hexane by the loss of a hydrogen atom

• the withdrawal of heat to change something from a liquid to a solid

• weather cold enough to cause freezing

• an interruption or temporary suspension of progress or movement

• fixing (of prices or wages etc) at a particular level

• stop moving or become immobilized

• change to ice

• be cold

• cause to freeze

• stop a process or a habit by imposing a freeze on it

• be very cold, below the freezing point

• change from a liquid to a solid when cold

• prohibit the conversion or use of (assets)

• anesthetize by cold

• suddenly behave coldly and formally

• Australian tree grown especially for ornament and its fine-grained wood and bearing edible nuts

• the fine-grained wood of a hazelnut tree (genus Corylus) and the hazel tree (Australian genus Pomaderris)

• any of several shrubs or small trees of the genus Corylus bearing edible nuts enclosed in a leafy husk

• a shade of brown that is yellowish or reddish; it is a greenish shade of brown when used to describe the color of someone's eyes

• of a light brown or yellowish brown color

• half asleep

• German physicist who was the first to produce electromagnetic waves artificially (1857-1894)

• the unit of frequency; one hertz has a periodic interval of one second (named for Heinrich Rudolph Hertz)

• German physicist who with James Franck proved the existence of the stationary energy states postulated by Bohr (1887-1975)