(Askeri) MAK KONTROL MODU: Bir uçuş kontrol sisteminde, uçağın mak sayısı cinsinden ifade edilen uçuş kontrol hızının otomatik olarak korunduğu bir kontrol modu
(Askeri) MAK DALGASI: Bir patlama sonucunda olaydan meydana gelen ve yansıyan şok dalgalarının birleşmesiyle oluşan şok dalgası. Terim genel olarak, havada oluşup, dünya yüzeyinden yansıyan infilak dalgası referans olarak alınarak kullanılır. İdeal durumda, mak dalgası yansıdığı yüzeye diktir ve biraz dışbükey (konveks) tir. Aynı zamanda "mach front" da denir
(Askeri) MAK TRİM KOMPANSATÖRÜ: Bir uçuş kontrol sisteminde, mak sayısının bir fonksiyonu olarak, iniş çıkış ayarını otomatik olarak kontrol eden bir alt sistem
a ratio of the speed (of an object, etc.) to the speed of sound in the fluid or other medium through which the object travels. Usually used to describe supersonic speeds
The jet traveled at Mach 3.
{i} family name; Ernst Mach (1838-1916), Austrian physicist and philosopher who presented the Mach number for the first time
Mach is used as a unit of measurement in stating the speed of a moving object in relation to the speed of sound. For example, if an aircraft is travelling at Mach 1, it is travelling at exactly the speed of sound. Mach number. a unit for measuring speed, especially of an aircraft, in relation to the speed of sound. Mach 1 is the speed of sound, Mach 2 is twice the speed of sound etc (Ernst Mach (1838-1916), Austrian scientist)
Multiprocessor, multitasking OS with a Unix external interface developed by Carnegie-Mellon's computer science department Mach is the kernel used by the OSF/1 and NeXTStep
Mach number is the relative velocity of a fluid compared to its sonic velocity Mach numbers less than 1 correspond to sub-sonic velocities, and Mach numbers > 1 correspond to super-sonic velocities
(n ) an operating system based on Berkely UNIX developed by Carnegie Mellon University
This is a variant of the architecture, short for machine It is essentially the same as BFD's use of mach
a code used on the label of a container (suck as sack or pallet) that identifies the contents as machinable parcels
a number representing the ratio of the speed of a body (as an aircraft) to the speed of sound in a surrounding medium (as air)
A central component of the kernel that provides such basic services and abstractions as threads, tasks, ports, interprocess communication (IPC), scheduling, physical and virtual address space management, virtual memory, and timers
Machine MECH - Mechanism MED - Medium MKIII - Mark 3 MKIV - Mark 4 mm - Millimeter MNT - Mount MNTG - Mounting M/S - Machine Screw MWD - Mid Wheel Drive
The ratio of the speed of an object to the speed of sound in the surrounding medium. For example, an aircraft moving twice as fast as the speed of sound is said to be traveling at Mach 2
Hypothesis that the inertial forces acting on a body in accelerated motion are determined by the quantity and distribution of matter in the universe. Albert Einstein found its suggested connection between geometry and matter helpful in formulating his theory of general relativity; unaware that George Berkeley had proposed similar views in the 18th century, he attributed the idea to Ernst Mach. He abandoned the principle when he realized that inertia is assumed in the geodesic equation of motion (see geodesy) and need not depend on the existence of matter elsewhere in the universe
(Havacılık) In aerodynamics, the critical Mach number (Mcr) of an aircraft is the lowest Mach number at which the airflow over a small region of the wing reaches the speed of sound
born Feb. 18, 1838, Chirlitz-Turas, Moravia died Feb. 19, 1916, Haar, Ger. Austrian physicist and philosopher. After earning a doctorate in physics in 1860, he taught at the Universities of Vienna and Graz as well as Charles University in Prague. Interested in the psychology and physiology of sensation, in the 1860s he discovered the physiological phenomenon known as Mach's bands, the tendency of the human eye to see bright or dark bands near the boundaries between areas of sharply differing illumination. He later studied movement and acceleration and developed optical and photographic techniques for measuring sound waves and wave propagation. In 1887 he established the principles of supersonics and the Mach number, the ratio of the velocity of an object to the velocity of sound. He also proposed the theory of inertia known as Mach's principle. In Contributions to the Analysis of the Sensations (1886), he asserted that all knowledge is derived from sensory experience or observation