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Diamond Fluorescence: Good or Bad? [Buying Tips Included

While fluorescence does cause diamonds to look milky in some cases, the majority of blue fluorescence diamonds are perfectly fine. In fact, their appearance and transparency will look identical to non-fluorescent diamonds. Because many people view it as a defect, diamonds with fluorescence are harder to sell as well A diamond's color can either enhance a diamond's natural color in sunlight or enhance the color under incandescent light (lightbulbs). However, the opposite can also be true. The fluorescence of a diamond can make a diamond appear more yellow that it actually is. This depends on the color the diamond emits as well as the type of lighting

Diamond fluorescence scale and the GIA The Gemmological Institute of America (GIA) does not factor in diamond fluorescence to determine quality, like it does with the 4Cs - colour, cut, clarity, and carat. Instead, the GIA uses fluorescence as an identifying characteristic that aids in distinguishing one stone from another Fluorescence is the emission of light by a substance that has absorbed light or other electromagnetic radiation.It is a form of luminescence.In most cases, the emitted light has a longer wavelength, and therefore lower energy, than the absorbed radiation.The most striking example of fluorescence occurs when the absorbed radiation is in the ultraviolet region of the spectrum, and thus invisible. The fluorescence of a diamond is another important factor outside of the 4C of diamonds which will affect the beauty and the value of the diamond you wear. If you are a diamond enthusiast, you most likely will already know that most diamond buyers give priority to the 4C's of Diamond: Carat, Color, Clarity, and Cut

Som sagt kan fluorescence förstärka färger vilket oftast är bra; förutom i de sällsynta fall då fluorescence skapar en mjölkig och grummlig diamant. I slutändand är det alltid ett personligt val även om vi rekommenderar att du konsulterar en diamantspecialist innan du köper en diamant för att föräkra dig om att det är en bra affär Nonetheless, fluorescent diamonds are usually cheaper and provided the effect is not readily visible may offer good value for money. Introduction. The subject of diamond fluorescence has been hotly debated in recent years, with trade opinion divided regarding its effect on the appearance and value of diamonds Fluorescence. Fluorescence is the reaction of the diamond when exposed to ultraviolet light which is invisible to the human eye. While some diamonds display a characteristic fluorescence color, most do not react to UV at all What Causes Fluorescence in Diamonds? Getting a diamond with no traces of chemical compounds, more like pure diamonds rarely occurs. When diamonds undergo the processing stage, some compounds are being absorbed, which causes the reaction to ultraviolet rays, the 3 main compounds include - aluminium, boron, and nitrogen

Diamond Fluorescence is a perfect example of a one of these features. It can slightly help reduce the cost of the diamond, while not necessarily lowering the overall value of the stone. Those with years of professional experience can often distinguish the slight difference in appearance under regular lighting Blue is the more commonly found type of fluorescence in diamonds. In fancy colored diamonds, the tint of the glow would be influenced by the base color of the diamond. Diamonds Fluoresce In All Types of Colors And in the example here is an array of stones in a black box. The diamond on the far left is used as a control group diamond Diamond fluorescence which is assessed in a laboratory uses of a set of master stones with known degrees of fluorescence. This is combined with the diamond being viewed at specific angles to give a standardised result each time. What are the different grades of fluorescence Other Diamond Fluorescence Colors. Rarely diamonds fluorescence a color other than blue. Yellow, red, orange, white and green are known. This is considered desirable if the diamond is a fancy color of the same hue as the fluorescence (it can make it more intense) Diamond Fluorescence. What is fluorescence? A diamond is said to have fluorescence if it emits a slight glow when under ultraviolet light. As daylight and lightbulbs contain some UV rays, fluorescence is often mentioned as a factor to consider when buying diamonds

Understanding Diamond Fluorescence - GIA 4C

How fluorescence affects price then, is not necessarily about the look of the stone (trends and tastes for and against fluorescent diamonds change over time), but instead it is about how a diamond might be over-graded and thus over-priced, relative to the actual characteristics of the stone itself En diamant som fluorescerar har samma fullständighet som en som inte uppvisar någon reaktion under UV. Submikroskopiska skiftningar i diamantens struktur kan orsaka fluorescens men även förhindra den. Detta är inget som är dåligt för stenen eller försvagar den UV diamond fluorescence occurs in about 35% of colorless (white) diamonds and can be faint or very strong. (Fluorescence is a type of glow that occurs almost immediately after exposure to UV light). In most cases, diamonds fluoresce blue Diamond fluorescence is caused by submicroscopic shift/substitutions in the diamond's structure. These do NOT compromise the structural integrity of the diamond. Diamond experts and graders will mention fluorescence as a feature of a stone that has it but unless unusually strong, it is neither a positive nor a negative aspect of the stone

Diamond fluorescence is assessed in the lab with the aid of a set of fluorescent master stones and specific viewing angles. Interestingly, fluorescence can occur in localized zones within the diamond and can be more or less visible depending on the viewing angle. A vivid example of this phenomenon is the diamond pictured below Scoring Diamond Fluorescence. While a diamond's fluorescence doesn't factor into its overall grade (that is based on the 4 c's), it is a defining characteristic that you should see when looking at a complete diamond certification. The GIA (Gemological Institute of America) has a rating system that they use when describing fluorescence Fluorescence in diamonds is caused by structural defects. Diamond is pure carbon and has only two primary trace elements, nitrogen and boron. Both create defects in the crystal lattice. Based on these impurities there are 4 primary diamond types. Type I contains nitrogen Fluorescence occurs when a material absorbs ultraviolet light and then glows. Most type-1a diamonds that fluoresce do so with a bluish glow (over 95% according to GIA) and the effect is caused by boron impurities that occur as a result of defects in the diamond's crystal structure. Although much less common, it is also possible for a [ Diamonds with fluorescence can be viewed negatively. Enough of it can make the diamond look cloudy. Some diamonds contain fluorescence, which can reveal itself in blue or yellow tints. The blue neutralizes the yellow, making the diamond appear colorless. While some diamonds are listed as fluorescence-free, they might still look milky or hazy

Historically, certain types of diamonds are given trade names based on where they are mined in large quantities. The term Jager refers to colorless diamonds with strong blue fluorescence because they are commonly excavated from South Africa's Jagersfontein mine.I believe this is the diamond source you are referring to The diamond simply glows under the UV lights, usually a blue color, which most often stops when the energy source causing it is removed. For more than 50 years, GIA has indicated the presence of diamond fluorescence on its diamond grading reports, but described it on the report as an identification characteristic only - not a grade, Moses. Fluorescence Spectroscopy. 3D fluorescence spectra from 480 nm-band diamonds are complex. All of the samples showed two major features: (1) a wide band centered at ~653 nm (maximum shifts between 630 and 655 nm) that maximized with 485 nm excitation energy, and (2) a ~539 nm-band (maximum shifts between 505 and 541 nm) that increased with 420, 345, and 285 nm excitation energies (figure 9, A-C) Diamond fluorescence is a form of illumination that is created when a diamond is exposed to Ultraviolet (UV) light. About a third of all diamonds will glow under ultraviolet light, usually a blue colour which may be noticeable under a black light or strong sunlight

Diamond Fluorescence How Fluorescence Affects Price

  1. Fluorescence and Fancy Colored Diamonds Although fluorescence is not usually desirable in a white diamond strong fluorescence can actually improve the appearance of diamonds that possess traces of color and do not follow the rules described above. Fancy Colored Diamonds are extremely rare and very expensive
  2. Diamond Fluorescence When we speak of Diamond Fluorescence, we are referring to the diamonds tendency to emit a soft colored glow when subjected to ultraviolet light (such as a black light).. Before going into the details of fluorescence, here's our overall opinion: the simple existence or absence of fluorescence should not influence your decision to purchase a diamond
  3. Fluorescence has historically been treated with censure and can impact the ability to sell or trade a diamond. For this reason it's critical that any diamond with fluorescence be supported by strong future upgrade or buyback policies
  4. Fluorescence is a little-known diamond specification that can drastically alter the price and appearance of any diamond you cross paths with. Mother nature rolled the dice and around 30% of diamonds emit some degree of a fluorescent glow when exposed to concentrated UV light
  5. That is when fluorescence makes the diamond look hazy and milky. 2. If the lab grown diamond is H, I or J color, then look for a diamond with medium blue fluorescence. Why? It can make your stone look slightly whiter. 3. If the lab diamond color is G or higher, then the diamond should not have any fluorescence. 4
  6. Fluorescence is an invisible glow that a diamond emits under UV rays. It can be a positive and negative factor in a diamond depending on the color of the diamond. In colorless diamonds, it is generally a negative factor whereas in near colorless diamonds, it is a positive factor

Diamond fluorescence is the ability of a diamond to emit light and change color when subjected to ultraviolet rays. For example, if you go to a night club and there happens to be UV light, your diamond may start glowing blue Fluorescence usually has no effect on a diamond's appearance in regular lighting conditions. In some cases, however, a strong blue fluorescence can make a yellow colored diamond appear whiter. In rare cases, it can or cause a stone to appear milky or oily What causes fluorescence in diamonds? Fluorescence occurs when a diamond contains a trace amount of an element that reacts under UV light. This is why the odds of having a pure colorless diamond is highly unlikely, because diamonds in circulation contain a number of compound elements that have been absorbed over millions of years Diamond fluorescence generally doesn't impact a diamond too much. It doesn't affect the 4C's of diamonds. The 4C's are color, cut, clarity, and carat weight. The sparkle of a diamond is based on its cut. This means that fluorescence does not impact the sparkle of a diamond What Causes Fluorescence In Diamonds. The Science - Chemical in diamond's crystalline structure absorbs and re-emits the energy as visible light known as fluorescence. When elements such as nitrogen, boron, or aluminum are presents in the diamond's automatic structure

What Exactly Is Diamond Fluorescence, and Is It Good Or Bad

  1. Diamonds in the color range of D-H have a negative percentage attached to the diamond value from 15% to 1%, the less color that a diamond has, the more fluorescence hurts the value. Another factor is the intensity of the fluorescence, fluorescence has 5 degrees from none to Very Strong
  2. Diamond fluorescence is a topic that many shoppers ask about. It's a contested topic within the diamond industry itself, and experienced jewelers tend to have differing opinions about it. Here at Ritani, we've been crafting diamond jewelry for 20 years. Our diamond experts are here to provide objective answers to 12 o
  3. Fluorescence is caused by trace elements in the diamond and, according to the Gemological Institute of America, about 25% to 30% of diamonds exhibit a degree of fluorescence. Of all of the diamonds that possess fluorescence, the GIA states that only about 10% of these stones have fluorescence can affect the diamond's appearance
  4. Fluorescence is a diamond characteristic that is often misunderstood. The reason? Before you purchase a diamond you may have noticed the term fluorescence on the diamond certificate and wondered whether fluorescence in a diamond is a good or bad thing. When we talk about fluorescence, we refer to the phenomenon that causes diamonds to emit a soft blue-coloured glow when exposed to.

Diamond Fluorescence & Grading Diamond Education With

Diamond Fluorescence Scale Table. Diamond Fluorescence Scale Description None - No soft, blue glow is emitted when the diamond is exposed to UV light. The diamond has no trace elements that cause fluorescence. None fluorescence has the largest premium and is highly desired and expensive Other colors of diamond fluorescence include green, purple, orange, yellow, and white. What You Need To Know About Diamond Fluorescence. Diamond fluorescence is a subtle but important factor in understanding your diamond purchase and the physical appearance of your diamond in different lighting conditions In fact, fluorescence is a valuable identifying feature of natural diamonds and can add to the aesthetic beauty of the stones. HRD Antwerp, a European authority in diamond certification, conducted a study in 2018 and found that fluorescence, under normal conditions and even when outdoors, has a positive influence on the color of diamonds Medium Blue Fluorescence. Diamonds in this level of fluorescence are usually not hazy. As I have also described in my post about diamond color, you should consider medium blue fluorescence for H-K color graded diamonds.. Since the glow is usually blue, and blue complements yellow, diamonds with H-K color can appear whiter

Diamond Fluorescence Blue Nil

But Fluorescence Can Enhance a Diamond Too. Fluorescence improves the color of diamonds with lower color grades (H and below). Diamonds below H have a faint yellow tint, and a medium-strong blue fluorescence can help make it look whiter by counteracting the yellow. Usually, a diamond can look one whole color grade higher Very few diamonds with fluorescence appear hazy or oily. That said , strong or very strong blue will affect the look of the diamond, and in my experience medium and less does not. Best test is to see the diamond in real life and compare it side by side with a non-fluorescent diamond. If that's not possible , I would avoid very strong. Diamond fluorescence refers to the intensity of a coloured glow (usually blue) that is visible when a diamond is exposed to UV light. In some instances, diamonds with strong fluorescence may look milky and lifeless in daylight, but in most cases, the appearance of a diamond with strong fluorescence is rarely affected

Diamond Fluorescence, Is Fluorescence in a Diamond Good

Strong fluorescence: Yay or Nay

Diamond Fluorescence - Is It Good or Bad? (We Reveal the

Diamond Grading - Fluorescence. Roughly one third of diamonds available in the market fluoresce, like the fluorescent minerals you have seen in natural history museums, or the novelty shop toys under the black (UV) light. The effect is like a white shirt in a nightclub Diamond fluorescence refers to the intensity of a colored glow (usually blue) that is visible when a diamond is exposed to UV light. In some instances, diamonds with strong fluorescence may look milky and lifeless in daylight, but in most cases, the appearance of a diamond with strong fluorescence is rarely affected Diamond Fluorescence: The Bottom Line. Not surprisingly, some people do prefer highly fluorescent diamonds, regardless of color. Whether or not diamond fluorescence is desirable comes down to personal preference and one's own perception. If you prefer diamond fluorescence or simply don't care, you should opt for a stone with high levels of. Natural diamonds exhibit the strongest fluorescence under long-wave UV rays, while synthetic diamonds show the reverse reaction - they exhibit the strongest fluorescence under shortwave. Although natural diamonds can fluoresce almost any colour, the most common colour seen is blue, on rare occasions they glow yellow, orange, green, white and even red

James Allen Engagement Ring Diamond w Strong Blue

What Is Diamond Fluorescence? - The Spruc

M4H04931 1Diamond Fluorescence: Good, Bad or Indifferent?

Fluorescence, emission of electromagnetic radiation, usually visible light, caused by excitation of atoms in a material, which then reemit almost immediately (within about 10−8 seconds). The initial excitation is usually caused by absorption of energy from incident radiation or particles, such a How Does Fluorescence in Fancy Colored Diamonds Manifest Itself? Fluorescence can be observed in the case of colorless diamonds as well. However, in the case of these gemstones, they usually take on a yellowish or bluish tint due to the nature of its chemical composition The biggest disadvantage to fluorescence in colorless diamonds is how badly the market devalues them. When such a diamond appears slightly blueish in the sun that is a diamond that many years ago would have been called a blue-white and were for a while the most sought after diamonds 246 Blue Fluorescence in Diamond GEMS & GEMOLOGY Winter 1997 Fluorescence is a form of luminescence. For the purpos-es of this paper, luminescence is defined as the emis- sion of light by a substance that has absorbed UV radia-tion. A substance is fluorescent if the emission of light stops when the energy source causing it is removed Diamond sellers routinely discount high color diamonds with strong fluorescence by anywhere from 5% to 40%, for example, as compared to similar diamonds with no fluorescence. So, the prices of two very white diamonds, with otherwise similar characteristics, can vary greatly depending on the amount of fluorescence present

Diamonds come from nature and most of them come with diamond fluorescence. Loose diamonds that are submitted to the GIA (Gemological Institute of America) are going to be graded on the level of diamond fluorescence. Until now the GIA has graded overtime 25 to 35 percent diamonds that exhibit some fluorescence Diamond shopping is challenging, especially for an inexperienced buyer. There are so many things to consider! From color to carat, diamonds vary greatly. While shoppers are often advised to learn about the 4 Cs of diamonds, one category is often overlooked: diamond fluorescence. It's a tricky characteristic of only a small number of diamonds, but [ Diamond Fluorescence is a great tool to lower your diamonds price. The Pros greatly out weigh the cons, Big Diamond Buying Tip - Diamond Fluorescence can give your yellow color diamond a white appearance. Hence giving you incredible value if purchasing a K-J color Stone Some diamonds have a colouring that is evident under strong Ultra Violet light. This colouring is called fluorescence and there is much discussion about its impact on a diamond's performance, colour and price. Fluorescence is most commonly a blue colour but there is also a rare yellow that is more common in fancy coloured stones. diamond fluorescence comes in varying degrees of colour which. When you see Fluorescence listed on a Diamond Report, it will also list the color of the Glow if it's anything other than white. i.e. if the Fluorescence is Strong with a Blue Glow, it will list it as Strong Blue.See example below My rule of thumb is this, if you're Buying a Diamond over the internet (I recommend James Allen - which saves you money), don't buy one that has.

Portuguese Diamond - Wikipedia

Fluorescence - Wikipedi

I am looking at a 2 c diamond, G color, VS1 clarity but has a strong blue fluorescence. Should I discard it because of that? I am being told I want fair fluorescence and that strong blue is not a good option Diamond Fluorescence is a glowing phenomenon in diamonds that can greatly effect their price. Fluorescence in diamonds is not one of the Four C's, but it is a key factor that has prompted many questions to us. So . . . we will address the subject on this page to provide you with an opportunity to learn about fluorescence in diamonds Diamond Fluorescence and Colorless diamonds. If you're looking at diamonds in the D-F range, we recommend purchasing one without fluorescence. Even faint fluorescence is going to add a dash of blue to your otherwise white stone. Diamond Fluorescence and Near Colorless Diamonds Fluorescence is visible light emitted from a diamond when exposed to UV sources. Under normal lighting conditions fluorescence is not detectable. On a GIA or AGS Diamond Report if fluorescence is present, the strength and color will be listed. The strength scale is as follows: None or Negligible with AGSL , Faint, Medium, Strong, Very Strong Diamond Fluorescence is a hotly debated topic in the diamond industry, but a 1997 study conducted by GIA suggests fluorescence makes very little difference to the appearance of the diamond. The GIA study selected a group of similarly graded diamonds with varying degrees of fluorescence to be analysed and commented on by the study participants

What is 'diamond fluorescence' and is it good or bad

Fluorescence is the visible light or glow emitted by some diamonds when they are exposed to electromagnetic radiation (ultraviolet light, better known as UV). A few common sources of ultraviolet rays include sunlight, black lighting from nightclubs, and fluorescent bulbs Diamond fluorescence is a form of illumination that is created when a diamond is exposed to Ultraviolet (UV) light. Your diamond can be exposed to UL light from the back-lights often found in nightclubs, the drying lights used in nail salons, fluorescent lights or direct sunlight. Diamonds emit light due to fluorescence when small amounts of the element boron are present in the stone

Diamond Fluorescence: How It Really Affects Price and

Diamant-Fluorescence - Allt Du Behöver Känna Till - 77

Though fluorescence is still an influential factor in the pricing matrix, attitudes toward these diamonds are softening as the market tries to shift away from a rigid 4Cs approach to selling — and also as tightening budgets lead trade and consumer buyers to tinker with their ideal specifications a great part of gem diamonds exhibits a sky blue to violet fluorescence in daylight and incandescent light (LWUV). Some stones have the presence of nitrogen in Type I, in fact are virtually inert Diamond's Reaction to Long Wave UV Rays. Fluorescence is the visible light some diamonds emit when they are exposed to invisible ultraviolet (UV) rays. On a GIA diamond grading report, fluorescence refers to the strength, or intensity, of the diamond's reaction to long-wave UV, which is an essential component of daylight X-ray Fluorescence (XRF) occurs when the inner shell electrons of atoms in the sample get excited by the incident X-ray photons (synchrotron beam) and subsequently release X-ray photon when the system relaxes, that is when the electrons transition from the higher energy levels of the atom to the vacant inner shel

Fluorescence is the glow you see coming from a diamond when it's exposed to ultraviolet (UV) light, such as a blacklight in a nightclub or the lamp used to dry your nails at the salon. Once away from a UV light source, the diamond will stop fluorescing. Approximately 25-35% percent of diamonds exhibit some degree of fluorescence, according to the Gemological Institute of America (GIA. In certain cases, the lab-grown diamond fluorescence is good. Some lab-grown diamond looks one shade whiter because of fluorescence with enough ultraviolet rays. On the other hand, in some cases, it is considered as a defect in the lab-grown diamond because when too strong fluorescence makes a diamond look hazy which decrease its appeal Diamond fluorescence is a form of illumination that is created when a diamond is exposed to Ultraviolet (UV) light. Your diamond can be exposed to UL light from the back-lights often found in nightclubs, the drying lights used in nail salons, fluorescent lights or direct sunlight Diamond Fluorescence is a perfect example of a one of these features. It can slightly help reduce the cost of the diamond, while not necessarily lowering the overall value of the stone. Those with years of professional experience can often distinguish the slight difference in appearance under regular lighting Diamonds with high colour gradings such as D, E and F, exhibiting strong to very strong fluorescence, can look somewhat hazy or milky in direct sunlight. It is a common misconception that fluorescence is always a negative quality - in some cases it can actually have a positive effect by appearing to improve the colour of a diamond

Diamond Fluorescence - All You Need To Know - 77 Diamonds

Diamond fluorescence is when a diamond emits a glow when exposed to an ultraviolet light. About 1/3 of all diamond have some degree of fluorescence Diamond fluorescence occurs when the diamond itself emits light upon encountering ultraviolet (UV) light. UV light hits crystal structures present in fluorescent diamonds, the electrons in these structures go from a normal state to an excited state, then back to a normal state, emitting light Fluorescence in a diamond is simply just something to consider on its merits. For this, you really should keep an open mind. Unfortunately, misconceptions about fluorescence have become common at the retail level. This is a shame, as you may well benefit from purchasing a diamond that has fluorescence,. Prevalance of Fluorescence. According to Pricescope, about one third of diamonds display fluorescence, whilst one UK based merchant states that it more like two thirds of all diamonds. Grading Fluoresence. A diamond's fluorescence can be given a grade from none to very strong, with faint, medium and strong in between Some diamonds have extremely strong fluorescence and appear oily or cloudy. This is BAD. But the GIA study found them to so rare that they were unable to find enough cloudy stones from the 26,010 sample to conduct a study of them

Fluorescence - Gemworld Internationa

Fluorescence is not dangerous to the diamond or to the wearer; it is a unique and fascinating quality that occurs naturally in a number of gems and minerals. Most commonly diamonds fluoresce blue, but can also fluoresce yellow or white depending on which trace elements are found in the matrix of the diamond crystal Fluorescence in Diamonds, some people like the effect while others do not, in usual circumstances it is never seen unless the diamond displays a very high fluorescence, though if a diamond that displays usual fluorescence is exposed to direct or intense ultraviolet light a bluish glow can be observed

Is Fluorescence in Diamonds Good or Bad? - Selecting A Diamond

Fluorescence is the visible light some diamonds emit when they are exposed to invisible ultraviolet (UV) rays. On a certificate, fluorescence refers to the strength of the diamonds reaction to long-wave UV, which is an essential component of daylight. The light emitted lasts as long as the diamond is exposed to the UV source. Is [ Luminous Diamonds® is a new fine jewelry brand that emphasizes the wondrous characteristic of fluorescence through a collection of bold earrings, bracelets, rings and necklaces. Inspired by natural cosmic light, with the shape of a hexagon as a central motif to celebrate the individualistic spirit of each woman

What Is Diamond Fluorescence? Leibis

Diamond Fluorescence: Diamond fluorescence is the soft glow (usually blue) a diamond produces under ultraviolet light. This visual effect is natural in 1/3 of all diamonds in the world. Frequently, the blue fluorescence doesn't negatively affect a diamond's outlook. But since fluorescence appears undesirable to many and can be used to our. Now you know what you need to know about diamond fluorescence: In diamonds of color grades I through M, blue fluorescence can be desirable, provided it only compensates, not overcompensates for the yellow. Any fluorescence (even blue) in diamonds of colors D through F is generally undesirable So fluorescence happens in about 35% of all diamonds, and nearly all diamonds flouresce as blue. In fact, a very appealing blue, as you can see in the image adjacent. It's caused by the formation of 3 nitrogen atoms among the carbon within the stone. What Fluorescence Means in Buying a Diamond Does fluorescence affect the value of diamonds? This is a trickier question, as there are a few perspectives on how fluorescence affects a diamond's price. Many diamonds are graded by the Four C's, which are Color, Clarity, Cut, and Carat Weight Contrary to fluorescence in colourless diamonds, which is mostly blue, fluorescence in natural coloured diamonds can be any colour. As can be seen above, the colour of the fluorescence does not follow any rule. For instance, a blue coloured diamond can reveal a yellow glow as well as a green one

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