(Askeri) VAKA ORANI: Bir tıbbi tedavi tesisi veya tesislerinin belirli bir süre içinde, doğrudan doğruya kabul ettikleri yeni bir hastalık veya sakatlık ya da bir hastalıklar veya sakatlıklar grubundan vakalar miktarının, bu tıbbi tedavi tesisi veya tesisleri tarafından, aynı süre içinde, başlıca tıbbi tedavilerini yaptıkları birliklerin kuvvet ortalamasına oranı. Bu oran, genellikle, yıllık vaka adedi, yıllık kuvvet ortalamasının bindesi olarak ifade edilir
the striking of a light beam on a surface; "he measured the angle of incidence of the reflected light" the relative frequency of occurrence of something
probability that healthy hosts will develop a disease during a specified period of time; ie the number of new cases of a disease in a population over a period of time
The number of new cases of a disease or occurrences of an event in a particular time period, usually expressed as a rate, with the number of cases as the numerator and the population at risk as the denominator Incidence rates are often presented in standard terms, such as the number of new cases per 100,000 population
{i} frequency, rate of occurrence; occurrence, instance; falling of a ray of light (or anything else which moves in a straight line) on a surface (Optics, Physics)
the number of new cases of a diseases or condition in a specific population over a given period of time The incidence rate is determined by dividing the number of new cases by the total population
The incidence of something bad, such as a disease, is the frequency with which it occurs, or the occasions when it occurs. The incidence of breast cancer increases with age. the number of times something happens, especially crime, disease etc rate incidence of
the number of cases of a disease, abnormality, accident, etc , arising in a defined population during a stated period, expressed as a proportion, such as x cases per 1000 persons per year 1
The frequency of new occurrences of a condition within a defined time interval The incidence rate is the number of new cases of specific disease divided by the number of people in a population over a specified period of time, usually one year
the number of cases of a disease, abnormality, accident, etc , arising in a defined population during a stated period, expressed as a proportion, such as x cases per 1000 persons per year 1
the number of new cases of a diseases or condition in a specific population over a given period of time The incidence rate is determined by dividing the number of new cases by the total population
The frequency of new occurrences of a condition within a defined time interval The incidence rate is the number of new cases of specific disease divided by the number of people in a population over a specified period of time, usually one year
probability that healthy hosts will develop a disease during a specified period of time; ie the number of new cases of a disease in a population over a period of time
The number of new cases of a disease or occurrences of an event in a particular time period, usually expressed as a rate, with the number of cases as the numerator and the population at risk as the denominator Incidence rates are often presented in standard terms, such as the number of new cases per 100,000 population
The angle, usually fixed, between the chord line of a wing or horizontal stabilizer and the axis of the fuselage, measured at the root. In UK called the angle of attack
(Ekonomi) In economics, tax incidence is the analysis of the effect of a particular tax on the distribution of economic welfare. Tax incidence is said to "fall" upon the group that, at the end of the day, bears the burden of the tax. The key concept is that the tax incidence or tax burden does not depend on where the revenue is collected, but on the price elasticity of demand and price elasticity of supply. For example, a tax on apple farmers might actually be paid by owners of agricultural land or consumers of apples
the angle that energy rays make with a line perpendicular to a surface The angle of incidence determines the percentage of direct energy intercepted by a surface The rays that are perpendicular to a surface are said to be "normal" to that surface
Angle between the normal to a surface and the direction of incident radiation; applies to the aperture plane of a solar collector Most modern solar panels have only minor reductions in power output within plus/minus 15 degrees The loss is a function of the cosine, so at 45 degree angle, output drops off by about 30%
In reference to solar energy systems, the angle at which direct sunlight strikes a surface; the angle between the direction of the sun and the perpendicular to the surface Sunlight with an incident angle of 90 degrees tends to be absorbed, while lower angles tend to be reflected
the designed angle between the chordline of a hydroplane's wing and the water surface; the angle is fixed for ram wings but adjustable for auxiliary devices such as the horizontal stabilizer
(1) The angle between the direction of incoming EMR and the normal to the intercepting surface; (2) In SLAR systems this is the angle between the vertical and a line connecting the antenna and the target
A fixed angle between the plane of the wing chord and the line of thrust or any other longitudinal line which is level when the fuselage is level longitudinally
When light strikes a surface it forms an angle with an imaginary line known as the : normal, which is perpendicular to the surface The angle created between the incident ray and the normal is referred to as the angle of incidence
Angle between the reference axis (x-axis) of an airfoil and the reference axis of the aircraft (e g fuselage center line) Constant, built into the aircraft
This term is defined as the angle of the incoming light with respect to the polarizer The standard convention of normal incidence being zero degrees is used
gen The angle between the line of direction of anything (as a ray of light or line of sight) striking a surface and a line perpendicular to that surface drawn to the point of contact (see figure ) [MIL-HDBK-1908B]
the angle that a ray (of solar energy, for example) makes with a line perpendicular to the surface For example, a surface that directly faces the sun has a solar angle of incidence of zero, but if the surface is parallel to the sun (for example, sunrise striking a horizontal rooftop), the angle of incidence is 90° The figure accompanying the description of airmass illustrates a solar angle of incidence of 48 2° to a horizontal surface