Liebig in a sentence

Label on frame Liebig medals Some organizations have granted medals in honor of Justus von Liebig.

Liebig liked Mill's Logic in part because it promoted science as a means to social and political progress, but also because Mill featured several examples of Liebig's research as an ideal for the scientific method.

The show also features Gary Hoover, Adam Richman, Eric Rolland, and Jason Liebig, to name a few.

Marcia Liebig from the greenhouse at Ace Hardware/Bohnenkamp’s Dakota Supply, encourages shoppers to have a list of plants they wish to purchase.

One member of an expedition to Mt Liebig in 1932 was anthropologist Norman Tindale who recognised a young Warlpiri man called Paru Paru whom he had met the year before.

After claims of its nutritional value were questioned, they emphasized its convenience and flavour, marketing it as a comfort food. citation The Liebig company worked with popular cookery writers in various countries to popularize their products.

After hearing the lectures of Justus von Liebig in his first semester, he decided to study chemistry.

Alchemy Albertus Magnus, Chimistes Celebres, Liebig's Extract of Meat Company Trading Card, 1929 In the centuries since his death, many stories arose about Albert as an alchemist and magician.

During this period significant contributions to analytical chemistry include the development of systematic elemental analysis by Justus von Liebig and systematized organic analysis based on the specific reactions of functional groups.

For optimum nutritional quality, Liebig advised that cooks should either sear the meat initially to retain fluids, or retain and use cooking liquids (as in soups or stews).

He fathered five children, of whom the eldest (Jules) became assistant to Justus Liebig in Giessen.

He refused to allow Liebig to use existing space and equipment, and finally committed suicide on 19 July 1825.

In 1834, Wöhler and Justus Liebig published an investigation of the oil of bitter almonds.

In 1840 a German chemist Justus von Liebig had noted that yeast could induce fermentation in water.

In the first two editions of his book (1840, 1842), Liebig reported that there was not sufficient nitrogen in the atmosphere, and argued that nitrogen-based fertilizer was needed to grow the healthiest possible crops.

Liebig proposed chemical explanations for processes such as eremacausis (organic decomposition), describing the rearrangement of atoms as a result of unstable "affinities" reacting to external causes such as air or already decaying substances.

Liebig published on a wide variety of topics, personally averaging thirty papers per year between 1830 and 1840.

Liebig's book discussed chemical transformations within living systems, both plant and animal, outlining a theoretical approach to agricultural chemistry.

Liebig's doctorate from Erlangen was conferred on 23 June 1823, a considerable time after he left, as a result of Kastner's intervention on his behalf.

Liebig's lack of experience in practical applications, and differences between editions of the book, fueled considerable criticism.