The phrase "array of molecules" is correct and usable in written English.
It can be used in scientific contexts, particularly in chemistry or biology, to describe a collection or arrangement of different molecules.
Example: "The researchers observed an array of molecules interacting within the solution, leading to unexpected chemical reactions."
Alternatives: "collection of molecules" or "set of molecules".
The receptors there are a hundred times denser than in a human, and can detect a wide array of molecules.
Angelopoulos stood back from history, often showing vast crowd scenes in longshot, especially in 2004's The Weeping Meadow, in which the figures look like chess-pieces, or perhaps even smaller, like a buzzing array of molecules.
Living organisms are made of particles, arranged in atoms to form different elements, which are arranged in a dizzying array of molecules interacting according to their chemical properties.
Fullerenes are a form of carbon nanomaterial which can be functionalized with a wide array of molecules that allows them to gain a prime role on scientific scene.
Weinberg and a group of 12 scientists from Dow and Symyx, some steeped in arcane specialties like organometallic chemistry, assembled a diverse array of molecules and metals plucked from Symyx's library of more than 5,000 catalyst candidates.
Upon completion of this step, several polymerase chain reaction (PCR) reactions are used to amplify remaining molecules, most of which are then hybridized to an array of molecules [55].
Similar to leukocyte-endothelium interaction in response to inflammation, cytoadherence of P. falciparum infected red blood cells (IRBCs) to endothelium occurs under physiological shear stresses in blood vessels and involves an array of molecule complexes which cooperate to form stable binding.
The orientation issue is also avoided by the use of crystalline arrays of molecules in the same orientation [58].
With reference to two different one-dimensional arrays of molecules we investigate the dependence of the molecular polarity and of static non-linear optical responses on the intermolecular distance.
The ability to understand, control, and exploit the flow of electronic charge through single or small organized arrays of molecules represents an ultimate dream of physicists, chemists, materials scientists, and device engineers.
The self-assembly of two-dimensional arrays of molecules on surfaces using supramolecular chemistry offers opportunities for the development of new low-dimensional materials and intriguing host guest chemistry.
